Events

WEBINAR: Integridad del Pozo, parte 2

¿Qué puedes esperar de nuestra presentación sobre Integridad de pozos, parte 2? Continuando con el tema sobre la Integridad de los pozos, en la parte 2, nuestro especialista nos muestra la importancia y los retos de la gestión de los abandonos de pozos en la Industria Petrolera., la normativa y estándares internacionales de NORSOK, API y OEUK que cubren los abandonos e igualmente, las definiciones de barreras, especificando el número, los elementos, el esquema por actividad, la prueba y el monitoreo de los elementos aplicables. Así mismo, nos presenta la planificación del abandono de pozos, nuevas propuestas y tecnologías a considerar. ¿Quién es nuestro ponente? Nicolás Galíndez, Ing. de Petróleo egresado de la Universidad de Oriente de Venezuela, UDO, en 1984, con M.Sc. en Ing. de Petróleo obtenido en la Colorado School of Mines, en 1994. Laboró en la Industria Petrolera, en Venezuela, durante 18 años, desempeñando diversas posiciones a nivel operacional y gerencial. Ha sido consultor en México, Vietnam, EE.UU. y Rusia hasta el 2005. En 2005 ingresa a Saudi ARAMCO y en el 2008 a Repsol (Madrid), laborando allí hasta el 2017. Desde el 2018 hasta el 2023 laboró para Frontera Energy Corp en Bogotá, Colombia. Actualmente se desempeña como consultor en el área de integridad y abandono de pozos. Durante sus 39 años de experiencia profesional ha desempañado funciones técnicas y gerenciales en las áreas de perforación, adiestramiento, QA e integridad de pozos. Ha colaborado con la transferencia del conocimiento, como miembro de la directiva de la Sociedad de Ingenieros de Petróleo de la Costa Oriental de Lago, Venezuela, y como Chairman de la SPE de España. Integra el Equipo de excelentes ponentes y colaboradores de la SPE Caracas Petroleum Section. Alli nos vemos.

WEBINAR: Control de producción de agua y de arena en pozos de petróleo y de gas: optimización de la

¿Qué podemos esperar de este evento? Nuestro ponente compartirá su conocimiento sobre las técnicas y tecnologías disponibles para mitigar los efectos asociados con la producción de arena y agua, optimizando la producción de hidrocarburos, minimizando los costos operativos y maximizando la eficiencia del pozo. Nos explicará los fundamentos técnicos del control de arena y agua, incluyendo los mecanismos que los generan y sus impactos en la operación. También, nos presentará las tecnologías tradicionales y avanzadas utilizadas para manejar estas situaciones, como son: empaques con grava, pantallas premium, ICDs y recubrimientos con resina, ilustrando con casos prácticos y resultados simulados, que demuestren la eficacia de estas tecnologías en condiciones reales. Conoceremos herramientas y criterios para seleccionar soluciones adecuadas e innovadoras, según las características del yacimiento, incluyendo situaciones críticas, en pozos maduros o de alta complejidad y los objetivos económicos. ¿Quién es nuestro ponente? Claudio Martínez, Ing. de Petróleo con M.Sc . en Ingeniería de Petróleo de LUZ, Programa PAG del IESA y adiestramiento técnico en Venezuela, Estados Unidos y Holanda. Ha laborado como profesor de Ing. de Producción e Ing. de Yacimientos, a nivel de pregrado y maestría de la UCV. Posee una sólida experiencia de más de 40 años en la Industria Petrolera (IP) nacional e internacional, sustentada en el desempeño de diversos cargos a nivel operacional, técnico y gerencial, desarrollando importantes proyectos para la explotación y optimización de la producción de yacimientos y campos, logrando excelentes resultados. Fue Gte. del CIED, área EyP, presidente de PetroUCV y asesor del gobierno de VZLA en Beijing, para un acuerdo con China, CNPC, sobre crudos pesados. Fue profesor invitado del IESA, áreas de yacimientos, producción, recuperación y reservas, para el Diplomado sobre Formación de Gerentes para la IP. Actualmente es presidente de la Empresa CMA Energies Consulting Group y se desempeña como instructor y consultor internacional. Integra el Equipo de Oradores, Ponentes e Instructores/Mentores de los Programas PAI 2022 y PAI_API 2023 de la SPE Caracas Petroleum Section.

Networking drinks - What does the energy transition actually mean for the Oil & Gas industry?

Networking gathering for Bez Hoxha's visit to Singapore. Bez Hoxha of CyberWorX Energy LLC breaks down the concept of energy transition, exploring its varying meanings and implications for different stakeholders (operators, service companies, governments, and the public) and discusses how the industry is shifting towards a more sustainable and environmentally conscious approach through technological, policy, and cultural changes. Meet at Penny Black on Wednesday 19th of February 6PM onwards in the terrace, the event is BYO drink.

WEBINAR: Estudios y Permisos Ambientales para la Industria del Petróleo y del Gas (EyP)

WEBINAR: Estudios y permisos ambientales para la Industria del Petróleo y del Gas (EyP)

¿Qué puedes esperar de esta presentación sobre Estudios y permisos ambientales para la Industria del Petróleo y del Gas (EyP)? Conocer cuáles son los estudios y los permisos que se deben implementar en la Industria Petrolera y Gasífera, para garantizar una actividad sostenible en el tiempo, apegada a las normas ambientales. Nuestro ponente nos presenta el marco legal, referido a las variables ambientales que se relacionan con las actividades petroleras y cuáles son los permisos ambientales necesarios, como controles previos y posteriores a la implementación de un desarrollo de petróleo y de gas, lo cual les permitirá a los asistentes establecer las estrategias para desarrollar debidamente las operaciones de exploración y explotación de hidrocarburos. ¿Quién es nuestro ponente? Ausberto D. Quero, Ing. Agrónomo de la Universidad del Zulia (LUZ), experto en estudios ambientales. Su experiencia profesional de 47 años la ha desarrollado en el área de estudios y proyectos ambientales, en Argentina, Colombia, Perú Venezuela y en los sectores petroquímico, minero, planes de ordenamiento y reglamentos de uso, cuencas hidrográficas, rellenos sanitarios e hidráulicos, electricidad, sistemas de transporte y vialidad, agricultura, sistemas de riego, plantaciones agrícolas y forestales, sistemas de tratamiento de aguas residuales y agua potable. Se ha desempeñado como consultor ambiental en los sectores petrolero y gasífero en Colombia, Argentina, Perú, Panamá, República Dominicana y Venezuela. Ha sido Profesor invitado para dictar clases en el Postgrado de Ambiente de la UNEFA, en las Facultades de Ingeniería y de Agronomía de LUZ y en la Universidad Venezolana de los Hidrocarburos. Es Director del Centro de Ingenieros del Estado Zulia (CIDEZ), Director de la Asociación Civil para la Conservación del Lago de Maracaibo (ACLAMA), Comisionado de Ambiente y Agricultura de la Academia Nacional de Ingeniería y Hábitat y Miembro, por Venezuela, de la Comisión Mundial de Áreas Protegidas, de la Unión Internacional para la Conservación de la Naturaleza (IUCN). Alí nos vemos.

Distinguished Lecture: No Longer A Sunk Cost: Innovation & Collaboration For Decommissioning Subsea

No Longer A Sunk Cost: Innovation & Collaboration For Decommissioning Subsea Infrastructure Andrew Robson Watt Woodside Energy Abstract: Decommissioning involves the timely, safe, and environmentally responsible removal, or satisfactorily dealing with, infrastructure from offshore oil and gas operations. With a significant number of aging subsea assets, it’s estimated the cost of decommissioning in Australia alone will exceed US$45 billion over the next 50 years. Not unlike a Rubik's cube, decommissioning can seem like an unsolvable puzzle. Many sides must work together to solve a complex problem with a multitude of variables including environmental impact, safety, timing, and cost. Many decommissioned materials cannot be re-used and are not easily recycled. Collaboration and innovation are vital to help us find the right combination of solutions to achieve the best outcomes. Universities play a crucial role in this process by providing access to cutting-edge research, knowledge, and resources. These collaborations can create an environment that fosters innovation, where academia and industry professionals can work together to share knowledge and expertise and explore new technologies and methodologies. This lecture highlights the subsea oil and gas infrastructure decommissioning challenges we face as an industry, showcases some innovative solutions, and explains how in today's rapidly changing world, innovation and collaboration are essential for achieving success. The key takeaway is that we must solve this puzzle together. By working collaboratively, we can create a more sustainable future, reduce costs, and achieve more efficient decommissioning. Like solving a Rubik's cube, cooperation, collaboration, and innovation require patience and persistence, but the rewards can be great, and our subsea infrastructure will no longer be a sunk cost. Biography: Andy Watt is an energy industry professional with over 26 years of experience in various technical roles across Australasia, North Africa, the Middle East, and Indonesia. He has expertise in land seismic operations, geophysics, reservoir engineering, forecasting, production optimization, technology, and innovation. Currently, Andy serves as the Innovation Advisor at Woodside Energy, Australia's largest oil and gas company. In this role, he collaborates with Australian universities and industries to develop and implement innovative technical solutions. Andy holds a Bachelor of Science (BSc) in Applied Physics and Microelectronics and is an active member of the Society of Petroleum Engineers (SPE). Gathering around 6PM, delicious Italian food and networking Talk 6:45PM - 7:15PM Q&A and further networking till 8:30PM Cost (for registration in advance): Members $35 / Non-members $50 / Students-retired-unemployed $25 Please register through this website so we record your name and email address. We only receive payment by Paynow or bank transfer. IMPORTANT: You will need to make a payment in advance. Please pay by Paynow to Nisim at 91688186. Remember to indicate your name in the reference. Official receipt will be sent to your email after the event. Payment at the door is $75 for everyone. See you soon! Please feel free to contact us via WhatsApp or email for any questions or clarification.

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SPE Distinguished Lecture - J. Adam Donald, SLB

Insightful Geomechanical Measurements for Converting Existing Hydrocarbon Reservoirs to Carbon Storage As the industry transitions from traditional hydrocarbon exploration and development into new energy and carbon capture and sequestration (CCS), formation integrity becomes more integral for asset longevity. For instance, many depleted fields are being assessed for CCS, but these depleted fields rarely have enough information within the overburden to assess geological seals or caprock integrity. Geomechanics modeling with calibration data is required for determining the maximum injection pressure for containment for the carbon sequestration. Often the critical data were not gathered during the initial appraisal phases of these existing fields to perform the assessment with certainty. Three existing technologies can provide the geomechanical information needed for integrity assessment, namely compressional and shear slowness in cased hole, stress barrier limits, and natural fracture distribution. First, full waveform sonic logs that provide compressional and shear slownesses (1/velocity) are generally acknowledged as the key data missing from the formation evaluation needed in for the geomechanics modeling. Cased boreholes within the overburden always were deemed unattractive environments for sonic measurements, and now these will be the main sources of information in aging assets. Second, when entering the reservoir, to determine the limit of the stress barrier (difference in stress between caprock and reservoir), stress magnitudes and orientation require an integration of sonic, borehole image, and minifrac testing. Maximizing the injection pressure without risking leakage is the goal for the asset performance. Third, assessment of natural fractures within the reservoir and evaluation of the caprock play an important role for maximum injectivity and for reducing leakage risks, respectively. Although borehole image log analysis has been around for decades, sonic imaging technology is now more commonly being used to assess the far field within tens of meters around the wellbore providing new insights. This work explains how existing technology from traditional oil and gas can be used for CCS reservoir and overburden assessment. Specifically, three topics are covered: (1) sonic data analysis within single-and double-string casings; (2) integration of sonic, image, and minifrac analysis for stress characterization; and (3) natural fracture evaluation using far field sonic imaging. Case studies from reservoirs worldwide (Asia, Europe, Middle East, North America) serve as examples of using these insightful measurements. Biography: J. Adam Donald is the Technical Director for Geomechanics and Wellbore Acoustics with Reservoir Performance Division, SLB, based in Dubai, UAE. He joined SLB in 1998 as a wireline field engineer has held field, technical, and management positions in Canada, USA, Norway, Malaysia, France, Romania, and United Arab Emirates. His area of focus has been on applications of wellbore sonic and image data on geomechanics, geophysics, and petrophysics workflows. He received his bachelor’s degree in geological engineering from University of Waterloo in Ontario, Canada (1998), and a master’s degree in mining engineering from Dalhousie University in Nova Scotia, Canada (2004). Adam holds seven patents in areas of borehole acoustics and geomechanics and is a registered Professional Engineer in Canada. He is an active publishing member of SPWLA, SPE, ARMA, and SEG with over 50 industry and scientific articles.

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WEBINAR: Métodos de Levantamiento Artificial de Crudos Pesados y Extrapesados

¿Qué puedes esperar de nuestro evento? El especialista nos presenta diferentes tipos de competiciones para pozos en yacimientos de petróleo pesado y extrapesado, tomando en cuenta métodos de levantamiento artificial, LAG, por bombeo mecánico, cavidad progresiva y electrosumergible . La mayoría de las completaciones consideradas han sido instaladas y probadas exitosamente; otras, son conceptuales con alto grado de probabilidad de éxito. También, conoceremos los beneficios y oportunidades de optimización de la producción de los pozos, considerando el volumen de crudo junto con el uso de la energía. Igualmente, nos mostrará los resultados de casos prácticos desarrollados con datos reales. ¿Quién es nuestro ponente? Olegario Rivas, Ingeniero Mecánico e Ingeniero de Petróleo, grados obtenidos en la Universidad del Zulia, LUZ, Venezuela. Se desempeñó como fiscal del MEM, Dirección de Reversión, área mantenimiento, de 1974 a 1977. Laboró en Intevep , de 1977 a 1997, en Ingeniería de Producción, desarrollando y adaptando tecnologías para PDVSA. Fue asesor de sistemas de LAG y reactivación de campos maduros, en la Costa Oriental del Lago, ex filiales Maraven y Lagoven . Su investigación en Intevep le permitió desarrollar varios equipos/sistemas de producción y LAG, con generación de 11 patentes de invención en EE UU., las cuales fueron registradas en más de 10 países adicionales, un equipo obtuvo licencia de comercialización otorgada por Intevep . Desde 1997 hasta el 2019 laboró para REDA, Schlumberger, desarrollando tecnologías para sistemas de LAG, con generación de 12 nuevas patentes de Invención en EE. UU. Desde el 2010 hasta el 2019, se desempeñó como Dir. de Currículo en LAG y Completación de Pozos, áreas de tutoría, mentoría y adiestramiento, incluyendo más de 250 cursos con alcance a más de 50 países. Actualmente es Dir. de Tecnología de la empresa FORCELIFT, dedicada a consultoría y adiestramiento, áreas Ingeniería de Producción y LAG. Es autor de más de 40 publicaciones, presentaciones y papers . Ha recibido numerosas Condecoraciones, otorgadas por su investigación en Intevep y en Schulmberger , y el Premio FUNDACITE a la Innovación tecnológica, entre otros. Es un excelente colaborador de la SPE Caracas Petroleum Section .

What does the energy transition actually mean for the Oil & Gas industry ?

Abstract: What does energy transition mean? What are we transitioning to? How and when will we get there? In hindsight, the energy transition movement means different things to different entities. To operators, the primary focus is to transform their business (influenced by regulations and legislative policies) by reducing their carbon emissions while also investing in cleaner low-carbon energy sources, such as geothermal and hydrogen. For service companies, it is another potential revenue stream by offering products and services oil and gas operators, as well as renewable power generation companies. For governments, it is defined as an essential need for energy diversification in order to achieve sustainable, self-sufficient solutions that are less impacted by socio-economic or geo-political factors, i.e., energy security. It is important to note that the ‘public’ understand that what is driving this paradigm shift: technology, policy, and cultural change. The energy transition concept will be broken down as a current ‘buzzword’ and popular concept that is fettered by technology hype, political agendas, and/or financial influences that are attached to the term. Finally, light will be shined on how the industry's previous institutional mindset has changed to a broad, open-minded desire to create a net-postive outcome using Environmental, Social, and Governance techniques. Biography: Bez is Vice President of Energy Security in Government Contracts for CyberWorX Energy, focused on national security intelligence and strategic consulting for implementing energy technology. Bez has 15 years of experience in the energy sector – from hydrocarbons to renewables. Previously, Bez has worked as a consultant, energy technologist, and strategist for market research firms, service companies, and oil/gas operators. Additionally, Bez has experience as a Sr. Researcher in academia (over 50 publications, 4 patents, 1 book). Bez is active in SPE as a committee member for ATCE and ADIPEC. Bez has a master’s degree in petroleum engineering and a PhD Candidate in Management in Energy Sustainability. SPE Singapore - What does the energy transition actually mean for the Oil & Gas industry ? Link: https://meet.google.com/ryq-haej-wac

WEBINAR: Oportunidades para la Explotación de Gas en la Región

Webinar sobre Oportunidades para la explotación de gas en la región, Antero Alvarado, 03 de ABR de 2025, a las 5:00 p.m. (GMT-4). ¿Qué puedes esperar de nuestro evento?, veamos el preliminar ... La abundancia del gas natural en el planeta, su efecto menos contaminante y su versatilidad están haciendo de este elemento el energético preferido del siglo XXI y complemento ideal de la transición energética. En este sentido, nuestro especialista nos dará a conocer la potencialidad de la región liderada por Venezuela y Argentina, paises con mayores reservas; Colombia, T&T y Brasil, paises con infraestructura y mercados desarrollados; Guyana y Suriname, como nuevos actores. ¿Quién es nuestro ponente? Antero Alvarado, egresado del IFP School de Paris, Francia y especialista a nivel internacional en el área de gas. Fue fundador de la oficina de GELA en Venezuela. Es Socio Director de GAS ENERGY LATIN AMERICA. Desde Caracas lidera un equipo con alcanve a varios países de la región, atendiendo clientes a nivel nacional e inter­nacional. Como invitado, dicta charlas en diferentes paises del mundo y, regularmente, participa en los principales programas de radio y de televisión del país e igualmente, en cadenas como CNN en español. Así mismo, es citado por los más importantes medios internacionales encargados de cubrir la fuente energética sobre Venezuela. Antero escribe en Ener­gy Advisor, revista del Inter-American Dialogue con sede en Washington. Es co-autor de dos libros sobre el tema de gas natural y petró­leo en Venezuela. Es un excelente colaborador de la SPE Caracas Petroleum Section.

DEEEP Geothermal Well Project Visit

Join us for an exciting Event Combo to discover DEEEP Geothermal Well Project ! Our event will start with a presentation by Novotny Bernhard who will share with us insights about the project, technological advancements and building a partnerhsip ! We will then head to the Visitor Centre located at the Wellsite for a firsthand look at the operations! Places are limited so don't miss your chance and sign -up now ! #REGISTRATION LINK : https://lnkd.in/g397MADA #Event Program : 14:00 - 15:00 Presentation & Networking at Skylounge, OMV Headoffice, Trabrennstasse 6-8, 1020 Vienna 15:00 - 15:30 Travel to Wellsite via underground (U2 to Seestadt) 15:30 - 17:00 Wellsite visit at Visitor Centre See you there! #Geothermal #EnergyTransition #Subsurface #WeAreSPE #Solutions #People #Energy

Distinguished Lecture: Economic Surprises of Late-Life Production

Economic Surprises of Late-Life Production Dwayne Purvis, P.E. Purvis Energy Advisors Abstract: For years, decommissioning costs were an after-thought to decision-making. They did not affect cash flows or business plans, and sometimes reserve reports did not even include them. Now, many legacy fields both within the U.S. and globally are declining to their final life stage. Even with many producing years remaining and a positive net present value, the total future cash flow can be – surprisingly – negative. Operators may not be ready for the unexpected reality since our industry has spent too little forethought on quantifying the scope of decommissioning, estimating its costs, ensuring security for the long term, and especially preparing funds for the surprisingly early onset of those costs. Though the price boom of recent decades delayed and distracted from the inevitable, natural depletion and the outlook for declining oil demand bring the issue to front. Now the industry finds itself with insufficient nomenclature, knowledge, or practices to handle decommissioning well. This presentation explains the unexpected late-life economic dynamics, the dangers they create, and how to foresee and avoid financial and environmental traps. Biography: Dwayne Purvis, P.E. has spent nearly 30 years in reservoir engineering and executive leadership as a consultant and operator. He has led or participated in hundreds of engineering and strategic studies over dozens of basins in the United States and abroad. Mr. Purvis leads Purvis Energy Advisors, and he frequently teaches, speaks, and writes for industry organizations and for Texas Christian University. Dwayne is a registered professional engineer in the state of Texas, member of SPEE, AAPG, SEG, SIPES and an active, 25-year member of SPE. He has also recently completed a Master of Arts in sustainable energy at Johns Hopkins University. Gathering around 6PM, delicious Italian food and networking Talk 6:45PM - 7:15PM Q&A and further networking till 8:30PM Cost (for registration in advance): Members $35 / Non-members $50 / Students-retired-unemployed $25 Please register through this website so we record your name and email address. We only receive payment by Paynow or bank transfer. IMPORTANT: You will need to make a payment in advance. Please pay by Paynow to Nisim at 91688186. Remember to indicate your name in the reference. Official receipt will be sent to your email after the event. Payment at the door is $75 for everyone. See you soon! Please feel free to contact us via WhatsApp or email for any questions or clarification.

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WEBINAR: Liderazgo y trabajo en equipo.

Ponente: M.Sc. Claudio Martínez

SPE Swiss board members - Call for volunteers

Dear SPE Swiss members, SPE is celebrating its 20 years of existence. From the initial 30 members in 2004-05, SPE Swiss (originally labelled Geneva Section) peaked at close to 150 members in 2015. SPE Swiss felt the ageing of its membership, the downsizing of IHS Petroconsultants, the sudden closure of Addax Petroleum offices in Geneva, the relocation of Lundin’s staff in Norway. In the meantime, geothermal has brought a few members and the geo-energy trend has generated interest from and toward the SPE community. The SPE future in this part of the world largely relies on integrating SPE Swiss into the new Swiss and European Energy landscape. This is both challenging and exciting times. The current SPE Swiss board mandate has now expired, and we need to renew it. It is also the opportunity to bring in new energy and ideas . All board positions are now open: Chairperson, membership chair, program chair, treasury for the most important ones. If you are interested in joining the board and develop more activities within SPE Swiss for at least the 2 yrs to come, bring your ideas and put them in practice, it is the moment to come forward and lead the section into a new era. Please, reply to this call - you may contact Sabina, Federico or myself - before May 20. Many thanks for your support. All the best Frédéric FG

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Top-Down Methane Emissions Detection and Quantification Methods for Oil and Gas Facilities

Abstract: Methane emissions from oil and gas facilities are a significant contributor to climate change and need to be accurately assessed to manage reductions and to meet sustainability goals and reporting requirements. Multiple approaches exist to address the challenge of quantifying methane emissions, from traditional “bottoms-up” leak detection to new technologies remotely measuring emissions “top-down” using satellites, aircraft, drones, and fixed devices. Each method has different capabilities and limitations, and selecting appropriate solutions for a particular situation can be a challenging task. This presentation will provide an overview of the options available, with a focus on top-down measurements. One technique that is emerging as a versatile and efficient approach across varied operating environments is the use of drones equipped with highly sensitive methane sensors that directly measure methane plumes. The presentation will explore this use of drones in more detail for onshore, offshore, and LNG facilities. Regional case studies will be used to illustrate the applications and consideration given to implementation in Singapore. Dave Turner bio Dave Turner is Asia Pacific Region Director for SeekOps, based in Kuala Lumpur, Malaysia. Dave started his oil and gas career as a wireline engineer after completing his mechanical engineering degree and worked in the field for five years in locations across the Middle East. He then held various operations, sales, and technical management positions in upstream service product lines in Vietnam, Malaysia, and Angola. Returning to Malaysia, Dave specialised in conveyance risk management before entering the methane emissions detection field at SeekOps. Dave is a UK Chartered Mechanical Engineer and holds an engineering degree from the University of Wales, Cardiff, and an MBA from Imperial College London. Gathering around 6PM, delicious Italian food and networking Talk 6:45PM - 7:15PM Q&A and further networking till 8:30PM Cost (for registration in advance): Members $35 / Non-members $50 / Students-retired-unemployed $25 Please register through this website so we record your name and email address. We only receive payment by Paynow or bank transfer. IMPORTANT: You will need to make a payment in advance. Please pay by Paynow to Nisim at 91688186. Remember to indicate your name in the reference. Official receipt will be sent to your email after the event. Payment at the door is $75 for everyone. See you soon! Please feel free to contact us via WhatsApp or email for any questions or clarification.

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SPE Distinguished Lecturer 2025: The CO2 Storage Resource Management System

SPE Ireland Section are thrilled to welcome Paul Lyford to Dublin as part of the Society of Petroleum Engineers International Distinguished Lecturer series. Dr. Lyford will present "CO2 Storage Resource Management System – Application and Learnings from World’s First Booking" 📅 Date: 20th May 🕕 Time: 6 PM 📍 Venue: Haughton Lecture Theatre, in the iconic Museum Building, Trinity College Dublin Paul is Reserves and Resources Manager at Santos Ltd and brings over 30 years of experience in reservoir engineering, operations, planning, strategy, and commercial. Don't miss this opportunity to learn from his expertise. Followed by refreshments at The Duke pub.

DL: What does the energy transition actually mean for the Oil & Gas Industry?

Ponente: M.Sc. Bez Hoxha.

Presentación del Libro "El Maravilloso Mundo de Oleum"

📣 ¡No te lo pierdas! 🗓️ 27 mayo ⏱️ 10 am Presentación Libro "El Maravilloso Mundo de Oleum" ✅Junto a nuestros Sponsors 👥Abierto a todo publico 📍La Casade las Leyes. Olascoaga 560

SPE Great Yarmouth Section - May'25 Technical Talk

📢 Save the Date! The next Technical Meeting in May '25 📢 The SPE Great Yarmouth Section is delighted to invite you to our next Technical Meeting on Thursday, 29th of May 2025. This session will feature an engaging technical talk titled “Conductor Supported Platforms, a Brief History” , presented by Stewart Maxwell, Technical Director at Aquaterra Energy Ltd. Event Details: 📅 : Thursday, 29th of May 2025 ⏲️ : 12 - 1 PM 🏛️ : Aquaterra Energy Ltd, 2 Alkmaar Way, Norwich NR6 6BF 💡 : Conductor Supported Platforms, a Brief History 🧑‍💼 : Stewart M. , The Technical Director at Aquaterra Energy Ltd We are also grateful to Aquaterra Energy Ltd for their generous sponsorship of a buffet lunch. Registration: To secure your place at this event, please register your attendance by emailing Billy Robinson at billy.r@live.co.uk . We encourage you to register early as spaces may be limited. The SPE Great Yarmouth Section is committed to fostering knowledge sharing and professional development within our community. We believe this technical meeting will be a valuable experience for all attendees. We look forward to welcoming you to Aquaterra Energy Ltd on May 29th! The SPE Great Yarmouth Section

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Angola International Summit & Exhibition

WEBINAR: Síndrome de adicción a los pendientes

Ponente: M.Sc. Gustavo Yepes.

WEBINAR: Aplicación de Nanofluidos para el aumento de la producción y la sostenibilidad en yacimient

Ponentes: M.Sc. Andrés Casalin s y la Dra. Susana Martínez.

WEBINAR: Simulación numérica de yacimientos: cotejo histórico y predicciones

Ponente: M.Sc. Néstor Sánchez.

WEBINAR: Análisis transitorio de las tasas de producción

Ponente: Ph.D. Marcelo Laprea.

2026 SPE President visit

Dear Members, SPE Swiss is delighted to host 2026 SPE President Pr Jennifer Miskimins August 27 and 28, 2025. Please save the dates to attend our exceptional summer events this year. Mere will come. Enjoy your holidays... Frédéric

WEBINAR: Evolución y aplicación de IA en petrofísica | Ponente: M.Sc. Juan Carlos Porras

Nuestro ponente realizó un breve recorrido por la historia de la Inteligencia Artificial, IA, desde sus inicios, mostrando su evolución hasta épocas recientes, resaltando los hitos de su aplicación en petrofísica y en la evaluación de formaciones. Igualmente, nos presentó los principios teóricos de los principales métodos de IA aplicados en petrofísica y evaluación de formaciones, y cómo estos han sido usados en diferentes casos de estudio, desde la experiencia de Inter Rock. Continuamos con ideas y reflexiones sobre el uso futuro de la IA en petrofísica, para luego finalizar con algunas conclusiones. ¿Quién es nuestro ponente? Juan Carlos Porras, Ingeniero Geólogo, OU, USA, 1985, con Maestría en Geología, mención Petrofísica, en la Escuela de Minas de Colorado, USA,1992, y Especialización en Petrofísica en el Centro de Tecnología de Amoco en Tulsa, Oklahoma, 1995. Inició su carrera profesional en Petróleos de Venezuela S.A. (PDVSA), en 1985, como Asesor de Petrofísica de Estudios Integrados de Yacimientos e integrando el Comité Guía de la Comunidad de Conocimientos de Petrofísica durante 14 años. También, fue cofundador, coordinador técnico e instructor del Programa de Adiestramiento de Petrofísica. Desde el 2003, es cofundador y miembro de la Junta Directiva de la empresa Inter Rock C.A., realizando consultorías para diferentes empresas y para más de 15 países. Ha sido profesor de pregrado de Evaluación de Formaciones y Petrofísica para la ULA, la UDO y la UNIMET, Venezuela. También para el postgrado del Instituto para la Excelencia en los Negocios del Gas, Energía e Hidrocarburos (INEGAS), en Santa Cruz, Bolivia, y de la UNPSJB, Comodoro, Rivadavia, Argentina. Es autor o co-autor de más de 30 trabajos técnicos y conferencista invitado en el Simposio Anual de la SPWLA, realizado en Oiso, Japón, 2002. Integró el equipo que obtuvo el Premio al Mejor Trabajo en el Simposio de Evaluación de Formaciones del VIII Congreso de Exploración y Desarrollo de Hidrocarburos IAPG, celebrado en Mar Del Plata, Argentina, en noviembre de 2011. Integra el Equipo de Mentores del Programa PAI_API 2023 y de Ponentes de la SPE Caracas Petroleum Section.

NEVER WASTE A CRISIS: Aliso Canyon Blowout and Recovery Speaker: Alan J. Walker, Energy & Geoscienc

Date: Tuesday September 9, 2025 5 – 8PM Location: Alibi of Troy (6700 Rochester Rd, Troy, MI 48085). $30 be collected at the event for dinner. Students discounted: $10. Agenda 5-6 PM- (Social Hour) 6-7 PM- (Dinner) 7PM-8PM- (Presentation & Questions) Questions/RSVP: Melissa Orehowsky at melissa.orehowsky@dtmidstream.com

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SPE DL Predavanje: On the Intersection of Production Technology, Geothermal Energy, and Data Science

SPE DL Predavanje: On the Intersection of Production Technology, Geothermal Energy, and Data Science - Pejman Shoeibi Omrani (TNO) 15.9.2025. u 13:00 u Vijećnici RGNF Poštovane kolegice i kolege, molim Vas da zabilježite u Vaš kalendar da ste pozvani na SPE DL predavanje: " On the Intersection of Production Technology, Geothermal Energy, and Data Science" Predavač: Pejman Shoeibi Omrani (TNO) Datum, vrijeme i mjesto: ponedjeljak, 15.9.2025. u 13:00 na RGNF, Vijećnica fakulteta Sažetak: Geothermal energy has the potential to play a critical role in decarbonizing energy systems by providing reliable baseload heating and power. However, production and operational challenges such as injectivity decline, artificial lift failures, and flow assurance issues like scaling and corrosion, which are very common in petroleum systems, can compromise efficiency and increase costs. Reactive approaches to these issues often result in higher operational expenditures (OPEX) and hinder the broader adoption of geothermal systems. The industry is increasingly leveraging advancements in data acquisition and data science to enhance operational efficiency. By integrating monitoring data with unstructured information, decision support tools can be developed to proactively address challenges and optimize performance. Drawing lessons from the petroleum sector, this lecture provides examples on geothermal operational challenges with a special focus on electrical submersible pumps and integrating digital tools and models to improve the production and operation. This presentation bridges geothermal energy operation, data science, and production technologies to offer insights relevant to both geothermal and petroleum sectors. The content can be tailored to address key interests in operational optimization, data analytics, or artificial lift systems. Biografija: Pejman is a top senior scientist, leads TNO's Production Optimization and AI teams in the energy transition unit. With almost 15 years of experience, he pioneers digital technologies in geo-energy systems, flow assurance, and data-driven decision support for real-time production enhancement across sectors like oil and gas and geothermal energy. Notably, Pejman leads national, European and international projects, collaborating with several energy companies. Pursuing a Ph.D. at Wageningen University, Pejman holds a Master's degree from Delft University of Technology, with over 20 publications and prestigious awards. His awards include winning the AInnovation competition in 2023, candidate for best researcher in 2015 and 2017. He actively engages in community service and holds key roles in SPE international (chair of production optimization workshop, committee member of ATCE, offshore Europe, geothermal workshop), SPE Netherlands (digital officer) and Energy Reinvented Community (digital energy lead). An Extra 45 Minutes Can Provide a World of Knowledge SRETNO!

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Natural Hydrogen: A Geological Novelty or a Game Changer for the Energy Transition?

Hydrogen is currently in vogue as the ultimate low carbon, sustainable energy solution. World consumption is predicted to grow eight-fold from around 70 million tonnes annually today to more than 550 million tonnes by 2050. Over 90% of current hydrogen supply comes from fossil fuels but given the ambitious global net zero targets where will all this future hydrogen supply come from? Finding a new way to produce hydrogen which does not require significant energy input nor emit CO2 yet is commercially viable is therefore extremely important for the World. Natural/geologic hydrogen which is generated within the Earth by on-going geological processes is being suggested as one such source. Until recently even the concept of naturally occurring hydrogen on the Earth was deemed impossible given its reactive nature, low atomic weight and its extremely small molecular size. Consequently, the exploration for natural hydrogen is still very much in its infancy. What we do know is that natural hydrogen certainly exists at the Earth’s surface as seepages or as low pressure/low volume accumulations. However, can it be found trapped as a free gas at depth with pressures sufficient for commercial flow rates using existing drilling technologies? This talk will discuss current examples of natural hydrogen exploration but will focus on a project where reservoir burial depths are greater than 3 kilometres and subsurface temperatures approaching 100°C. It will illustrate using the 1963 Monzón-1 well in northern Spain what a by-passed natural hydrogen discovery looks like and how by using existing oil/gas technologies the discovery could form the basis for Europe’s first commercial natural hydrogen development. The one take away from this lecture should be that natural/geologic hydrogen exists, it can be explored for and hopefully produced commercially by leveraging existing oil/gas people and technologies. Distinguished Lecturer: Christopher Atkinson Chris has over 40 years’ experience in the energy/resource sector initially working for Shell and then Atlantic Richfield in their reservoir research divisions and ultimately as the Exploration Vice President of ARCO Europe/Eurasia before the merger with BP plc. In 2001 Chris left big oil and co-founded the predecessor of Serica Energy plc which today is one of the top ten oil and gas producers in the UK North Sea. In 2018 he co-founded Helios Aragon which is exploring for natural/geologic hydrogen and helium gas in Spain, UK, Poland, Australia and Oman. Chris also currently acts as a non-executive director of Lime Petroleum in Norway and is the Chairman and board member for Masirah Oil in Oman. Chris is a member of the SPE Singapore section, a past president and life member of SEAPEX (Southeast Asian Petroleum Exploration Society) and spent several years as an active council member of the IPA (Indonesian Petroleum Association). Chris holds both a BSc and PhD in Geology from the University of Wales, UK and has published numerous scientific articles throughout his career. Gathering around 6PM, delicious Italian food and networking Talk 6:45PM - 7:15PM Q&A and further networking till 8:30PM Cost (for registration in advance): Members $35 / Non-members $50 / Students-retired-unemployed $25 IMPORTANT: You will need to make a payment in advance. Please pay by Paynow using the UEN: S75SS0049A or the QR code below. Bank details: Account Name: S'PORE SECTION SOC PETROLEUM ENGINEERS Account No: 006-012393-7. Remember to indicate your name in the reference. Official receipt will be sent to your email after the event. Payment at the door is $75 for everyone. See you soon! Please feel free to contact us via WhatsApp or email for any questions or clarification.

¿Desarrollo económico o proteger nuestro planeta🌎?, ¿Cuál elegir? | Ponente: M.Sc. Maritza Vargas.

Сoil tubing technologies and their development in Ukraine

📢 SPE Central Ukraine Section invites you to a meeting in Lviv! 📍 Bank Hotel 📅 01 October 🕓 16:00 – 19:00 🎤 Moderator: Oleksandr Shtepulyak ✨ Sponsors of the event: LLC "STP Burova Technika" and GC "ZAKHIDNADRASERVICE" 👨 💼 This time we will talk about coil tubing technologies and their development in Ukraine: 🔹 Roman Galushka (NTP Burova Tekhnika LLC) "Geophysical surveys using a coiled tubing unit. Problems of Introduction and Implementation of New Technologies" 🔹 Serhiy Kozyrets (Horizons Drilling Company LLC) "Technology of opening filters using coiled tubing: practical experience and complications" 🤝 Join the discussion, exchange experiences and create new professional connections! 🔗 For registration and details, follow the link: https://lnkd.in/e5P6aZ7d Please register at least 24 hours before the event! Participation for SPE members is free, for non-members donations to the Armed Forces of Ukraine 🔗Link to the bank https://lnkd.in/e6n36K4k 💳Bank card number 4441 1111 2268 0774

Commerciality of CCS projects - Challenges and Drivers

Abstract Carbon Capture and Storage (CCS) can help to reduce emissions as part of a broad portfolio of solutions, especially where decarbonisation is challenging, enabling the continued use of energy infrastructure while businesses and industries transition. Globally, the number of CCS projects is on the rise, with several successfully secured bank financing and reaching Final Investment Decision (FID). In the upcoming gathering, Ying Ying will provide an overview of the CCS market, highlighting the key drivers of investment, as well as the challenges and opportunities faced by the industry, with a particular focus on Asia. Biography Ying Ying has over 15 years of experience in the energy sector. Her focus in Standard Chartered covers key emission reduction solutions including CCS. She also plays an active role in carbon market development. Prior to her time in the bank, Ying Ying worked with Mitsubishi Corporation on LNG value chain investment. She was also a core team member of NextGen CDR Facility. Ying Ying completed a course in Climate Change Management & Finance at Imperial College in 2021, and she holds an MSc in Metals and Energy Finance as well as a B.Eng in Civil Engineering. Ying Ying draws track record from MENA, ASEAN and Greater China with local experience in Singapore, London and Beijing. Gathering at 12PM Talk 12:30PM - 1PM Q&A and further networking till 2PM This event is only for members, get your membership here: https://www.spe.org/en/members/

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Regional Event: Hybrid Philippine Sustainable Aviation Fuel Investment Forum - 10 Oct

SPE Singapore would like to share about the Philippines SAF Investment forum: Warm greetings from the Philippine Trade and Investment Center-Singapore, the representative office of the Philippine Department of Trade and Industry and the commercial section of the Philippine Embassy in Singapore. On behalf of the Philippine Board of Investments and the Global Green Growth Institute, we are pleased to invite you and your team to the 1st Philippine Sustainable Aviation Fuel (SAF) Investment Forum. The event is on 10 October 2025 (Friday), 8:00 AM – 1:00 PM (Manila time) at the Marriott Hotel Manila, Pasay City, with an option to join virtually. The half-day program will feature: Investment pitches from SAF project proponents (SAFAsia, SAFAL, Cavitoil Basura Power) Fiscal incentives presentation by the Philippine Board of Investments Policy updates and roadmap from the Civil Aviation Authority of the Philippines Financing session led by the Asian Development Bank Feedstock sourcing insights from the Department of Agriculture Panel discussion and networking with government, industry, and development partners The forum aims to showcase the Philippines’ SAF opportunities and provide a platform to explore partnerships in project development, financing, SAF, and feedstock sourcing. Please register through this link: https://tinyurl.com/ PHSAFInvestmentsForumRegForm . The full program is attached for reference. Do let us know if this is something of your interest. Thank you so much, and we hope to see you at the forum.

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Regional Event: Carbon Capture Wells – The same, but different

About the Presentation: This lecture will introduce carbon capture wells and highlight some of the unique challenges faced with constructing these wells. The similarities with conventional oil, gas and water wells will be explored and the differences will be explained. The lecture will touch on well integrity, injectivity challenges, chemical processes and some innovative modelling and testing approaches that can help in the design of CO2 injection wells. The differences between different CO2 store types will be explained and the different challenges faced in saline aquifer and depleted hydrocarbon stores explored. The lecture will explain how conventional oil and gas well design can transition to CO2 injection well design and the key role well engineers, production technologists, production chemists and near wellbore flow specialists need to play as part of a multidisciplinary approach to achieving CO2 injection well objectives. A key take away from the lecture will be that many of the existing oil and gas well design and construction skills are required for CO2 injection wells, but there are additional challenges to consider, challenges that we as an industry are well equipped to overcome. About the Distinguished Lecturer: Michael is an experienced industry professional and leader with over 35 years’ experience. A graduate of University College Dublin, Michael served on the API committee which developed procedures for return permeability testing. He has authored many technical publications on formation damage and numerical well modelling having developed procedures for modelling flow in wells and reservoirs using computational fluid dynamics. Michael served as an SPE distinguished lecturer in 2009-2010 and again in 2014-2015 and has presented technical papers and training courses globally. More recently Michael has worked in CO2 storage and has contributed to well design in several CO2 stores. About the Event Price: Early Bird SPE Member $40 <Until 7 October 2025> Early Bird Non-Member $60 <Until 7 October 2025> SPE Member $50 Non-Member $70 Date: Tuesday, 14 October 2025 Location: Parmelia Hilton Hotel Location: 14 Mill Street, Perth WA 6000 Time: 4:45pm – 5:00pm Registration & Networking. Time: 5:00pm – 5:50pm Opening remarks and presentation. Time: 5:50pm – 6:00pm Q&A Session. Time: 6:00pm – 7:30 pm Networking drinks & nibbles. Free tickets are available for Students. SPE WA in conjunction with our sponsors is kindly sponsoring students to attend the monthly technical events. Please apply through your Student Chapter.

La condensación retrógrada: impacto en la explotación de yacimientos de gas condensado | Ponente: Ph

Distinguished Lecturer: “A Framework Delivers Multiparty Technologies Enhancing Drilling Operations"

Join Us Thursday, October 16th, 6:00pm CT, In Williston SPE Distinguished Lecturer 2025–2026 Matthew Isbell Independent, formerly with Hess Corporation 📅 Thursday, October 16th, 2025 6:00pm CT – Social | 7:00pm CT – Dinner & Presentation 📍 McCody, 14021 Hwy 2 West, Williston, ND Event Sponsor This Distinguished Lecturer event is proudly sponsored by NABORS DRILLING TECHNOLOGIES USA Abstract Implementing a well construction automation system needs a value progression showing how all stakeholders will benefit. Drilling operation process automation examples can illustrate the concepts at play. The presentation’s main idea is how technology and processes must be deployed at scale to realize benefits in the well lifecycle for everyone. The value of well construction comes from hydrocarbons produced over a well’s lifecycle in a safe and economical manner. By definition, the design and delivery of a well have built-in production impacts. Other production impacts can come from well execution processes determining well properties. Examples are wellbore placement and hole quality, which can limit well functionality and constrain the range of subsequent wellbore operations. New systems seek to integrate groups of well delivery processes. One example is automating the process of drilling a 90’ stand of drill pipe which can then be repeated as new stands are added to deliver a well. This work aimed to improve operational efficiency by reducing process variation. However, since the wellbore quality delivered with each stand impacts well value, automation is a viable tool to manage lifecycle wellbore quality requirements. Adopting an interconnected well construction system approach is slow since so much change is required by every stakeholder, including organization, processes, and technology. Parties want to see the economic benefits before moving from departmental delivery goals toward managing the well construction value stream. This collaborative process can be applied to multiple areas where many independent stakeholders work together. Biography Matt Isbell is a recently retired Senior Drilling Engineering Advisor, formerly with Hess Corporation. He is a drilling system subject matter expert with worldwide experience. His current focus connects well construction roles with tools and processes to leverage digital drilling data and engineering to improve outcomes. He received a BSME in 1988 from The University of Texas at Austin. He serves on the SPE Forum Implementation Committee and chairs the IADC Drilling Engineering Committee and SPE Drilling and Wells Interoperability Group Advisory Board.

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In Singapore: Singapore Energy Week

The Singapore International Energy Week (SIEW) is an annual platform for energy professionals, policymakers and commentators to share best practices and solutions within the global energy space. First held in 2008, SIEW is organised by the Singapore Energy Market Authority (EMA), a statutory board under the Ministry of Trade and Industry. Our main goals are to ensure a reliable and secure energy supply, promote effective competition in the energy market and develop a dynamic energy sector in Singapore. EMA’s anchor event, the SIEW Summit will feature high-level keynotes and panel discussions around this year’s theme "Envisioning Energy Tomorrow, Building Systems Today". Other key events include the Singapore-IEA Forum, Singapore-IRENA High-Level Forum, SIEW Energy Insights, SIEW TechTable and SIEW Thinktank Roundtables. SIEW partner events, including the Asia Clean Energy Summit, Asian Downstream Summit & Asian Refining Technology Conference, Asia Gas Markets Conference, and Conference of Electric Power Supply Industry, provide an opportunity to focus in on industry-specific topics. We look forward to welcoming everyone at SIEW 2025 on 27 - 31 October!

Clay Formation Characterization Using Supervised Machine Learning and Stochastic Multimineral Modeli

Abstract A recent study supporting the formation evaluation of argillaceous units considered for deep geological storage of radioactive waste will be presented in this session. Conducted within the TBO project, this work integrates over 5 km of core data from nine boreholes with a comprehensive logging suite — including Spectral GR, Density–Neutron–PEF–Sigma, and Elemental Spectroscopy — as well as high-resolution core measurements (XRF, MSCL). The workflow highlights: Rigorous depth matching, bias checking, and QC across datasets. Application of supervised machine learning to enhance quantification of key accessory minerals such as smectite, chlorite, and TOC. Integration into a stochastic Multimin inversion, calibrated to core porosity, grain density, and XRD mineralogy. Monte Carlo uncertainty analysis with 800 iterations ensuring robustness of results. The resulting model delivers a continuous, uncertainty-qualified description of mineralogy and porosity — critical for the safety assessment of radioactive waste repositories. Speaker : Serge Marnat Senior Petrophysicist & Technical Director – Ad Terra Consultancy With over 30 years of industry experience, Serge Marnat is a distinguished geologist engineer from IFP School. His career spans TotalEnergies, Addax Petroleum, and Ad Terra, covering diverse geological settings from nickel mining to complex subsurface reservoirs. He is recognized for pioneering advances in deterministic and stochastic multimineral workflows, machine learning applications, and uncertainty evaluation within formation characterization. Join Us Don’t miss this opportunity to gain insights into the next generation of petrophysical workflows that blend machine learning and stochastic modeling for high-stakes geological evaluations. 🎟 Free attendance – registration required. Send by email to Federico Games: federicogames@gmail.com.

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Data sísmica: ahora genera datos petrofísicos de φ, k y Swi. | Ponente: Ph.D. Rafael Sandrea.

APAC CCS Market Analysis Webinar

Abstract: Carbon Capture and Storage (CCS) plays a pivotal role in achieving decarbonization goals. This online session will present a comprehensive market analysis and forecast for CCS in the Asia-Pacific region, offering the latest insights into emerging trends and investment opportunities. Particular emphasis will be placed on the influence of evolving regulatory frameworks and policy developments on CCS investments—both current and projected over the next decade—across key sectors such as upstream oil and gas, hydrogen, steel, cement, refining and chemicals, and power generation. The following questions will be addressed: 1. What policy and regulatory developments are creating new opportunities for CCS deployment across different markets? 2. How are industrial emitters positioning their CCS strategies to capitalize on improving policy landscapes and expanding storage availability? 3. Which regions and sectors are leading the way in developing capture and storage infrastructure and what are the potential headwinds? Bio This session will be presented by Fauzi Said and Stephanie Chiang from Wood Mackenzie. Fauzi is a Senior Research Analyst focused on providing integrated research and data analytics to project developers, investors, regulators and authorities on carbon management and storage in Asia Pacific. His insights on storage projects, industry activities, policies and regulations in the region enable customers to make quality, informed decisions on their decarbonisation strategies and investments. Before joining Wood Mackenzie, Fauzi worked at Shell for as a JV representative, subsurface team lead, geoscientist and drilling engineer responsible for subsurface development plans, joint-venture operations and unitisation in Brunei, Malaysia and the United States of America. Fauzi graduated with a BSc. (Hons) in Geology with Geophysics from the University of Leicester, United Kingdom. He is a keen golfer, and a social tennis and badminton player Stephanie Chiang is a senior analyst in Wood Mackenzie’s CCUS research team based in Singapore. She provides insight and strategic analysis on the CCUS landscape to project developers, technology providers, investors, and governments. Her work involves tracking and analysing projects, building asset valuations, and interpreting regulations and policies in APAC. She is sought out for her insights on key industry topics. Prior to joining Wood Mackenzie, Stephanie spent four years at the Singapore Economic Development Board focused on driving industry decarbonisation in Singapore. She engaged key industry players in the energy and chemicals sectors, influenced government policies, and developed the business case for the government to support new technologies such as CCUS and chemical recycling. Stephanie holds a B.A. in Economics (Hons., Highest Distinction) from the Nanyang Technological University (Singapore).

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Evento Técnico 2025: IA y Nuevas Tecnologías Aplicables a Yacimientos de Crudos Pesados y Extrapesad

E3S Energython Sponsorship

The Society of Petroleum Engineers’ Asset Management Technical Section (AMTS) is hosting the first annual Energy Economics and Evaluation Symposium (E3S), a landmark event in Houston, in partnership with the Federal Reserve Bank of Dallas and the United States Association of Energy Economics (USAEE). The E3S event will provide attendees and sponsors with exclusive access to Senior Economists, Executives, and policy makers. One of the biggest attractions of the E3S will be the “Energython – Molecule to Megabyte” competition, which is a “SharkTank” style competition for students from the US and Canada. Students will submit a techno-economic model to power a data center (10–20 MW load) by a natural gas-fired power plant. Proposals will cover the supply chain, power generation technologies, agreements, and financial models. We warmly invite an esteemed Executive of your choice to appear as a Judge in our Final round in Houston on January 14, 2026, at the Federal Reserve Bank of Dallas, Houston Branch (1801 Allen Parkway Houston, TX 77019). Your experience in managing large corporations will hone our contestants’ commercial instincts and inspire them to broaden their horizons. We are also seeking sponsors for this event, with all proceeds going towards awards for the competition and future scholarships. Our sponsorship tiers: Our sponsorship tiers: Platinum Tier (Select Sponsorship Package “A” Below) - $5000 · Recognition as lead sponsor for top Prize · Sponsor’s logo on all promotional materials and websites · Judge for the Finals · Four full-day event passes (worth $900) Gold Tier (Select Sponsorship Package “B” Below) - $2500 . Recognition during event and sponsor for second prize · Sponsor’s logo on all promotional materials and websites · Judge for the Finals · Two full-day event passes (worth $450) Silver Tier (Select Sponsorship Package “C” Below) - $1000 · Sponsor’s logo on all promotional materials and websites . Prize money for People choice - third Prize · Giveaways during the event EVENT SWAG (Contact Event Organizers) · Sponsor’s logo on all promotional materials and websites · Sponsorship for Notebooks and other material for attendees · Giveaways during the event

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SPE OKC 2026 Scholarship

SPE OKC 2026 Scholarship Requirements: Engineering and Geo Science students Undergraduate and graduate students High school seniors going to University Resume Recommendation letter(s) Deadline: March 1, 2026

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Distinuished Lecture: On the Intersection of Production Technology, Geothermal Energy, and Data Scie

When: Tuesday November 25, 2025 at 12:00 pm Where: Teams meeting Abstract Geothermal energy has the potential to play a critical role in decarbonizing energy systems by providing reliable baseload heating and power. However, production and operational challenges such as injectivity decline, artificial lift and flow assurance issues like scaling and corrosion, can compromise efficiency and increase costs. Reactive approaches to these issues often result in higher operational expenditures (OPEX) thus hindering the broad adoption of geothermal systems. The industry is increasingly leveraging advancements in data acquisition and data science to enhance operational efficiency. By integrating monitoring data with unstructured information, decision support tools can be developed to address challenges and optimize performance. Drawing lessons from the petroleum sector, this lecture provides examples on geothermal operational challenges with a special focus on electrical submersible pumps and integrating digital tools and models to improve production and operations. This presentation bridges geothermal energy operation, data science, and production technologies to offer insights relevant to both geothermal and petroleum sectors. The content can be tailored to address key interests in operational optimization, data analytics, or artificial lift systems. Takeaway Data-driven decision-making, adapted to the unique characteristics of geothermal assets, can improve operational efficiency and reliability About the Speaker Pejman Shoebi Omrani is a senior scientist at TNO's Production Optimization and AI teams in the energy transition unit. With 15+ years of experience, he pioneers digital technologies in geo-energy systems, flow assurance, and data-driven decision support for real-time production enhancement across sectors like oil and gas and geothermal energy. Pejman leads national and European/international projects. Pursuing a Ph.D. at Wageningen University, Pejman holds a Master's degree from Delft University of Technology, wrote over 20 publications and received prestigious awards. He also actively engages in community service and holds key roles in SPE international, SPE Netherlands and Energy Reinvented Community.

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Gerencia de proyectos | Ponente: PMP Héctor Martín.

Distinguished Lecturer selection 2026-2027

Dear SPE NYNE members, Happy New Year! It is time to select our Distinguished Lecturers (DL) for the 2026-27 Season! Click here to find the list of 2026-27 Distinguished Lecturers. We invite you to participate in this important process by casting your vote for the lecturers from this form . The voting period will take place from now until January 28, 2026 . Your vote is crucial in shaping the future of SPE NYNE. Thank you for your active participation and support. For any questions, please do not hesitate to reach out and contact Section Officers. Sincerely yours, SPE NYNE Officers

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DL Luncheon: 10 Secrets of Production Optimization Using AI

Abstract Production optimization lends itself nicely to the use of Artificial Intelligence (AI) because computers are very good at monitoring surveillance data, spotting changes in operating parameters, and carrying out boring, repetitive tasks. By combining real-time data, production tests, and nodal analysis with artificial intelligence, it is possible for computers to perform powerful well surveillance to identify problems and opportunities automatically. By capitalizing on AI, engineers can boost well production 6–8%. The use of AI allows engineers to manage many more wells effectively. Case studies will be presented to show how AI has been used to perform simple tasks and even advanced pattern recognition to identify specific well problems. This lecture will provide ten secrets of how to be successful in using AI to optimize your producing wells. Biography Alexander “Sandy” Williams has worked in the petroleum industry for 34 years. He founded Artificial Lift Performance Ltd. (ALP), which is now a part of ChampionX. ALP developed a software application to help operators monitor, analyze, and optimize wells using artificial lift. This software has empowered engineers to make decisions quickly to maximize production of more than 6,000 wells. Sandy began his career at Amoco, then worked at Phoenix Schlumberger Artificial Lift before becoming a consultant focused on artificial lift and production optimization. He has worked and lived in the USA, Oman, Venezuela, Ecuador, and Colombia, so he is fluent in Spanish. He has taught over 200 courses related to production optimization and artificial lift and has authored 15 technical papers on those subjects. Member $50.00 Non-Member $55.00

ETX SPE January Meeting

Speaker: Doug Smith Date: 01-13-2026 Time: 11:30-1:00 Location: The Potpourri House, Tyler Tx Topic: Water Analysis Interpretation

January General Meeting

Meal headcount DEADLINE IS WEDNESDAY, JANUARY 7th. “ A Framework Delivers Multiparty Technologies Enhancing Drilling Operations Control ” Matthew Isbell Hess Corporation, Retired January 13, 2026 Noon – 1 PM CST 11:30 AM Lunch served Petroleum Club of Lafayette - 111 Heymann Blvd, Lafayette, LA Abstract "What is the one idea you would like the members to take away from this lecture?" Implementing a well construction automation system needs a value progression showing how all stakeholders will benefit. Drilling operation process automation examples can illustrate the concepts at play. The presentation’s main idea is how technology and processes must be deployed at scale to realize benefits in the well lifecycle for everyone. The value of well construction comes from hydrocarbons produced over a well’s lifecycle in a safe and economical manner. By definition, the design and delivery of a well have built-in production impacts. Other production impacts can come from well execution processes determining well properties. Examples are wellbore placement and hole quality, which can limit well functionality and constrain the range of subsequent wellbore operations. New systems seek to integrate groups of well delivery processes. One example is automating the process of drilling a 90’ stand of drill pipe which can then be repeated as new stands are added to deliver a well. This work aimed to improve operational efficiency by reducing process variation. However, since the wellbore quality delivered with each stand impacts well value, automation is a viable tool to manage lifecycle wellbore quality requirements. Adopting an interconnected well construction system approach is slow since so much change is required by every stakeholder, including organization, processes, and technology. Parties want to see the economic benefits before moving from departmental delivery goals toward managing the well construction value stream. This collaborative process can be applied to multiple areas where many independent stakeholders work together. Biography Matt Isbell is a recently retired Senior Drilling Engineering Advisor with the Wells Team at Hess Corporation. He is a drilling system subject matter expert with worldwide experience. His current focus connects well construction roles with tools and processes to leverage digital drilling data and engineering to improve outcomes. He received a BSME in 1988 from The University of Texas at Austin. He serves on the SPE Forum Implementation Committee and chairs the IADC Drilling Engineering Committee and SPE Drilling and Wells Interoperability Group Advisory Board. *Note Pricing Details SPE Members: $30 if paid by Wednesday, January 7, 2026 $35 if registered by January 7, 2026, and select Pay at Door. Note the email invoice will show $30, but $35 will be charged at the door. $35 if no pre-registration. NON-SPE Members: $40 if paid by Wednesday, January 7, 2026 . $45 if registered by January 7, 2026, and select Pay at Door. Note the email invoice will show $40, but $45 will be charged at the door. $45 if no pre-registration. NOTE: The Petroleum Club of Lafayette will no longer allow PC members to use their personal PC accounts to pay for outside organizations meetings/events' meals held at The Petroleum Club. This decision was made by The Petroleum Club's senior management. Students/Faculty : First ten (10) are free; >10 then $10 / $15 at the door. Students/Faculty must email Grant Trahan for lunch vouchers by Wednesday, January 7, 2026 and there is no need to register on the SPE website. Valid for current SPE Evangeline Section SSPE members only. Members in Transition (looking for work) $0 in-person if pre-registered by Wednesday, January 7, 2026 . Join us to network and keep your industry knowledge current at no cost if you are not currently employed. To receive a lunch voucher, you must email Grant Trahan . Valid for current SPE Evangeline Section members only. To receive a Continuing Education Certificate by email, please email your SPE.Evangeline.CEU@gmail.com by January 13th or sign the roster at the meeting. You will be emailed after our meeting. Monthly Meeting = 1 CEU. For questions: SPEEvangelineSection@gmail.com or Grant Trahan or 713-876-0299.

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E3S Energy Economics and Evaluation Symposium-

LIMITED SEATS #AMTS #Economics #Resource #Evaluation #economicsevaluation

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E3S Energy Economics and Evaluation Symposium-Federal Employees Registration ONLY

Powering the Future of Energy First of its kind symposium brings together chief economists from major energy companies and Dallas Federal Reserve leaders to discuss the future of energy. Plus, discover bold ideas from next-g en innovators in the first-ever Energython: “Molecule to Megabyte”. LIMITED SEATS THIS REGISTRATION IS FOR FEDERAL EMPLOYEES ONLY Summary: Explore the forces shaping the energy landscape — from economic trends and policy shifts to supply chain dynamics. Join us to uncover global energy markets, the evolution of U.S. oil and gas, and the emerging pathways transforming energy and power. Session 1: Opening panel: Jesse Thompson and Garrett J Golding, Energy Division, Federal Reserve Bank of Dallas Moderator: Michael Edwards, Partners in Performance, LLC Session 2: Chief Economist Panel Panelists: Tyler Goodspeed, ExxonMobil; Rob Schwiers, Chevron; Helen Currie, ConocoPhillips Moderator: Dean Foreman, Texas Oil & Gas Association (TXOGA) Session 3: L48 oil and gas supply – Prize, Players, Barriers Panelists: John Spears, Spears & Associates; Geoff Houlton, Oxy; Molly Determan, EWTC Moderator: Shree Vikas, ConocoPhillips Session 4: Luncheon keynote: Terry Palisch, 2024 SPE President Moderator: Hitesh Mohan, Cyberworx Energy, LLC Session 5: Trends and Challenges in Energy Policy, Tariff, and Supply Chains Panelists: Adam Sieminski, KAPSARC; Bob McNally, Rapidan Energy; Skip York, Rice University’s Baker Institute of Public Policy Moderator: Elena Melchert, Energia Consulting, Former DOE Executive Session 6: Energy & Power- Enablers, Constraints, and Future Pathways Panelists: Scott Hart, NRGH Energy; Zach O’Farrell Huber, Digital Realty; Drew A. Kassel, UT-Austin Cockrell School of Engineering Moderator: Garrett Golding, Federal Reserve Bank of Dallas Session 7: Energython: “Molecule to Megabyte” Challenge A strategic business case competition for funding a gas-to-data center opportunity Session 8: Networking and Reception Cancellation Policy Registration and payment must be completed in full to guarantee attendance. An individual with an incomplete or unpaid registration will be considered as a walk-in attendee and only admitted as space permits. No refunds will be processed if an attendee does not attend the event. No refunds will be issued if the request for cancellation is sent within 21 days of the event. #AMTS #Economics #Resource #Evaluation #economicsevaluation

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Chris Atkinson - Natural Hydrogen: A Geological Novelty or a Game Changer for the Energy Transition?

Chris Atkinson, founder of Helios Aragon, will deliver an enthralling talk on Natural Hydrogen and it's role to play in the energy Transition. In addition to his role as SPE Distinguished Lecturer, Chris has over 30 years of experience in the Energy/Resource sector working for both major companies and developing and finance for his own and Associates ventures.

SPE TechNight - How to save $100M from decommissioning with one log

How to save $100M from decommissioning with one log - Recent Through Tubing Logging Trials at NORCE Ullrig facility Iain Whyte | Managing Director at Islay Subsurface & Engineering Ltd Abstract : Having recently completed 4 weeks of continuous testing at NORCE Ullrig facility, on behalf of NZTC and the 8 Major Operator Wells Decommissioning Collaboration, we discuss the rapidly developing Through Tubing Logging for well barrier analysis technology space. We will explain the significance of the measurement, in terms of facilitating well abandonment and how other significant New Technology developments and ongoing testing fit into the total solution. Using a real life example we will then review how Through Tubing Logging enabled a >$100 MM USD saving potential, while halving CO2 emissions for a subsea field abandonment. This technology is equally relevant to evaluation of cement as a barrier as it is for squeezing/creeping natural barriers, and can unlock huge risk and cost reduction. Bio: Iain Whyte graduated from Robert Gordon University with a Hons degree in Applied Physics in 1995. In 1996 he joined Atlas Wireline Services as a Cased Hole Wireline Engineer, which later became Western Atlas, Baker Atlas and ultimately Baker Hughes. The role took him all over the world, logging in diverse circumstances! In 2003 Iain joined Wellserv (Weatherford) as General Field Engineer. In 2004 he joined BP to support Black Sea exploration offshore Turkey. He stayed at BP until 2010 covering Operations and Studies Petrophysics in Norway, Angola and Azerbaijan. In December 2010 Iain started Islay Petrophysics LTD, predominantly to work for Tullow Oil as Group Lead of Petrophysics Operations. 15 years later, Iain still consults to Tullow, but has also grown the consultancy company into what is now Islay Subsurface & Engineering LTD. Iain has served in various positions on LPS Committee, including President and Past President roles. Iain grew up as a farmer and whisky distiller’s son on the tiny Island of Islay he still calls “home”. Following the presentation, a networking dinner will offer the perfect chance to discuss ideas, collaborate, and expand your professional network. Menu for the dinner: Starter : Soppsuppe, Sprøstekt spekeskinke Main Course: Kalve Culotte, Bakte små poteter, Asparges, Marinerte rødbeter, Rødvin saus Dessert: Creme Brulee

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Jan 2026 Meeting - DL Mateus Palharini Schwalbert, Improving Well Performance in Carbonate Reservoi

Please Note: We are at a different location for January's meeting (PalmWood Event and Conference)! In January 2026 we will welcome DL Mateus Palharini Schwalbert, who will present "Improving Well Performance in Carbonate Reservoirs with Appropriate Stimulation" to kickoff our 2026 Speaker Season. The key take-away from this lecture is what are the stimulation goals carbonate scenarios, and how to best achieve these goals by a rational stimulation design. Biography Mateus is a senior researcher on well stimulation and completions in Petrobras Research, Development, and Innovation Center in Brazil. He is the technical leader for stimulation in the company vision for the future and works on multi-disciplinary RD&I projects in different areas, such as stimulation, completions, reservoir, and production. His main areas of expertise are mathematical modeling and simulation of stimulation operations, well-reservoir flow coupling, well productivity, and decision making for stimulation technique and well architecture. He also works on software development to simulate well performance, stimulation operations, and well architectures, and supports well operations and design. Abstract This lecture presents a summary of how to improve well performance in conventional carbonate reservoirs through well stimulation. It starts with a brief overview of carbonate reservoirs characteristics. Then the two main goals of well stimulation are presented: (1) increasing the well productivity or injectivity index, and (2) obtaining an evenly distributed stimulation along the wellbore. Some example economic gains of achieving each of these goals are presented, followed by a discussion of the candidate scenarios where each goal is more important. It is shown how improving the productivity index is paramount in low permeability reservoirs, but obtaining an evenly distributed stimulation is more important in high permeability and highly heterogeneous carbonate reservoirs. Then a rationale of how to obtain the best stimulation for each scenario is presented, composed of: (1) selecting the most appropriate stimulation technique for each scenario by comparing the reservoir and operational factors that affect the outcome of matrix acidizing, acid fracturing, and proppant fracturing, and (2) designing the best possible stimulation job and completions using resources for simulating both stimulation operations and completions and the reservoir flow.

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Ten Secrets of Production Optimization Using Artificial Intelligence (AI)

Ten Secrets of Production Optimization Using Artificial Intelligence (AI) Alexander (Sandy) Williams ChampionX Abstract Production optimization lends itself nicely to the use of Artificial Intelligence (AI) because computers are very good at monitoring surveillance data, spotting changes in operating parameters, and carrying out boring, repetitive tasks. By combining real-time data, production tests, and nodal analysis with artificial intelligence, it is possible for computers to perform powerful well surveillance to identify problems and opportunities automatically. By capitalizing on AI, engineers can boost well production 6–8%. The use of AI allows engineers to manage many more wells effectively. Case studies will be presented to show how AI has been used to perform simple tasks and even advanced pattern recognition to identify specific well problems. This lecture will provide ten secrets of how to be successful in using AI to optimize your producing wells. Biography Alexander “Sandy” Williams has worked in the petroleum industry for 34 years. He founded Artificial Lift Performance Ltd. (ALP), which is now a part of ChampionX. ALP developed a software application to help operators monitor, analyze, and optimize wells using artificial lift. This software has empowered engineers to make decisions quickly to maximize production of more than 6,000 wells. Sandy began his career at Amoco, then worked at Phoenix Schlumberger Artificial Lift before becoming a consultant focused on artificial lift and production optimization. He has worked and lived in the USA, Oman, Venezuela, Ecuador, and Colombia, so he is fluent in Spanish. He has taught over 200 courses related to production optimization and artificial lift and has authored 15 technical papers on those subjects.

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SPE Thailand Monthly Technical Meeting - January 2026

Having trouble viewing this email? Click here to view in browser. SPE Thailand Section SPE Thailand Monthly Technical Meeting Thursday, January 15, 2025 5:00-7:30PM The Landmark hotel, Sukhumvit, Bangkok " Geothermal in Thailand: a real potential of reliable and low-cost energy or a dream? " Mr. Philip Askew Avenir Energy Entrance Fee: SPE Member with registration – 500 THB Non-Member with registration – 1,000 THB No registration (Walk in) – 1,500 THB SPE Student chapter with registration – Free of charge Consider joining SPE membership "click" Click here to register Register for onsite meeting -> https://www.eventleaf.com/e/ThaiSPE Registration will be closed on Wednesday 14 January 2026 at 12:00pm ( SPE Thailand reserves right to close the registration upon reaching venue capacity which may be before the above date/time) Student Registration: Register for Students ONLY Register for Students ONLY -> https://www.eventleaf.com/e/ThaiSPEStudent SPE student chapter member can register and enter the meeting free of charge Schedule: 5:00pm Door open for Registration & Networking 5:45pm Meeting room & buffet line opened, participant to start seating 6:15pm Welcome Remarks & Speaker Introduction 6:20pm Special Announcement: Thailand 25th Bidding Round (Onshore) Sharing by DMF 6:30pm Speaker Talk and Q&A 7:30pm Lucky Draws & Closing Remarks Abstract: Thailand’s energy challenge as a hot, urbanised economy with large processing industries driving cooling, refrigeration, and low-temperature process heat accounting for 40–70% of peak electricity. This drives over capacity, grid congestion, costs, and emissions. Geothermal’s role in Thailand demonstrates that the opportunity is real, scalable, misunderstood. Thailand is not volcanic and operates a 30 year old geothermal plant (300 kW Fang). National electricity planning (PDP) does not include geothermal. However, Thailand possesses strong shallow and moderate geothermal gradients (25–40 °C/km in central and eastern regions; up to 70 °C/km in the north). For Thailand the opportunity is deploying long-life thermal infrastructure through Organic Ranking Cycle (ORC). ground-source heat pumps (GSHP), aquifer thermal energy storage (ATES), absorption cooling, and direct-use heat. Screening indicates 3–6 GW of distributed cooling potential beneath Bangkok, the Eastern Economic Corridor, and major northern cities - delivering cooling, freezing, and low-temperature process heat as utility services, with electricity generation optional. Turkey, the most relevant analogue, has deployed over 4,000 MW ₜₕ of geothermal heat capacity, supplying municipalities, hospitals, universities, and district networks. Bal ç ova operates at ~130 ° C with doublet designs, delivering heating and cooling for decades with utility-style ownership, standardised designs, and anchored institutions. Similar outcomes are observed in Europe, China, and ME, where geothermal succeeds, not power. Oil and gas subsurface and project-delivery skills are essential to scale geothermal — including drilling, well integrity, reservoir management, and cost control — but must be applied with caution as Geothermal is a utility business with thermal resource complexities. With modular, mature technologies in 1–20 MW blocks, geothermal systems integrate into existing chilled-water, district cooling, and industrial heat networks, displacing 25–50% of electricity. Priority applications in Thailand include food processing and freezing (700–1,200 MW-cooling nationally), universities, hospitals and industrial parks. Geothermal in Thailand is relevant and can change the game for the country but it not a power story — it is a thermal utility cooling and heat infrastructure solution Bio: Philip Askew is a senior executive and strategist with over 25 years of leadership experience across the global energy and industrial sectors. He has held senior roles including Founder & CEO, Managing Director, Venture Partner, and Engineer, working with Avenir Energy, Schlumberger, Carrier (United Technologies), ENOC Ventures, Boston Consulting Group and Shell. Philip holds an MBA from the Darden School of Business in the USA and a First-Class Honours degree in Petroleum Engineering from UNSW. His experience spans the full energy value chain—upstream, midstream, and downstream. He has worked with most Asian NOCs, majors and independents and has led P&Ls, capital programs, M&A, venture build-outs, and regulatory engagements, while leading high-performing, multicultural teams across Asia-Pacific and the Middle East. More recently, Philip has focused on green energy investments and early-stage platforms, including geothermal energy development in Thailand and Southeast Asia, alongside broader energy transition opportunities. Upcoming meetings: 19 Feb 2026: SPE Distinguished Lecturer Program: “Self-Driving Rigs: Navigating the Path to Closed-Loop Drilling Automation” 16 Mar 2026: SPE / AIEN Joint Technical Meeting: TBA April: Songkran Break

2026 SPE OKC Pistol League - Multi Day Event (1/16, 1/30, 2/13 and 2/27)

SPE OKC Section 25th Annual Pistol League Tournament January 16th & 30th and February 13th & 27th 2026 You must Check-in between 11:00 AM & 12:45 PM H&H Gun Range, 400 S. Vermont, Suite 110, OKC, OK 73108 (Near I-40 & Meridian) • Must have SPE dues current (with proof) prior to 1st shoot • Lunch included each shooting day. • Ammunition is not provided. No Steel Core Bullets!! • Scoring will be on an individual basis. • Scorecards, to count, must be turned in each Friday. • Hearing and eye protection required for all Shooters. • All handguns are to be HOLSTERED when not in use. • Must shoot on 3 of the 4 Fridays to qualify for the drawing. Must be present to win. • Center fire pistol or revolver. No compensated/modified handguns. • Must have holster, 4 magazines/speed loaders and magazine holders prior to the 1st shoot. • NO ALCOHOL! Must agree to and follow all safety rules. • LIMITED TO THE 1ST 85 SHOOTERS TO SIGN UP!! Contact for additional information: Phil Owens: (405) 642-0402 Dave Harris (405) 641-9551 Randall Thompson (405) 664-4636

DL Luncheon: Improving Well Performance in Carbonate Reservoirs with Appropriate Stimulation

Students - at Checkout, choose Register Now and Pay Later. North Texas Section will cover your cost of the meal. "Improving Well Performance in Carbonate Reservoirs with Appropriate Stimulation" Mateus Palharini Schwalbert, Petrobras Abstract: This lecture presents a summary of how to improve well performance in conventional carbonate reservoirs through well stimulation. It starts with a brief overview of carbonate reservoirs characteristics. Then the two main goals of well stimulation are presented: (1) increasing the well productivity or injectivity index, and (2) obtaining an evenly distributed stimulation along the wellbore. Some example economic gains of achieving each of these goals are presented, followed by a discussion of the candidate scenarios where each goal is more important. It is shown how improving the productivity index is paramount in low permeability reservoirs, but obtaining an evenly distributed stimulation is more important in high permeability and highly heterogeneous carbonate reservoirs. Then a rationale of how to obtain the best stimulation for each scenario is presented, composed of: (1) selecting the most appropriate stimulation technique for each scenario by comparing the reservoir and operational factors that affect the outcome of matrix acidizing, acid fracturing, and proppant fracturing, and (2) designing the best possible stimulation job and completions using resources for simulating both stimulation operations and completions and the reservoir flow. The one idea I would like the members to take away from this lecture is what are the stimulation goals carbonate scenarios, and how to best achieve these goals by a rational stimulation design. Biography: Mateus is a senior researcher on well stimulation and completions in Petrobras Research, Development, and Innovation Center in Brazil. He is the technical leader for stimulation in the company vision for the future and works on multi-disciplinary RD&I projects in different areas, such as stimulation, completions, reservoir, and production. His main areas of expertise are mathematical modeling and simulation of stimulation operations, well-reservoir flow coupling, well productivity, and decision making for stimulation technique and well architecture. He also works on software development to simulate well performance, stimulation operations, and well architectures, and supports well operations and design.

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Jan 2026 Monthly Meeting: Finding Technical Edge to Compete (and Win)

Room: Conference Room B (2nd Floor) Parking Information: FREE * Entrance to Garage is on Pearl St. Visitor Parking is below ground on level 3 and 4 *Bring parking ticket to event to get it validated Sticky note will be provided, Please write your name on the sticky note and give it to me along with your parking ticket. Sign up before 11/21 to be eligible for a chance to win $20 gift card. Abstract Competitive bidding is a foundational aspect of oil and gas property evaluation where success often hinges on the ability to uncover and utilize technical edge. This technical edge can take two primary forms. First, it may result in value not accounted for or applicable to your competition. Second, it may serve to protect the company from permanent loss of capital. This presentation provides evidence from an active participant that technical edge is out there and illustrates what it can look like. The examples, techniques, tools, and tips shared in the talk aim to offer optimism in addressing the question: “How can asset sales be won by any E&P company other than the biggest speculator or the most poorly incentivized (E&OPMs)?” Bio Derek Axelson is a reservoir engineer at Petro-Hunt LLC, where he pursues acquisition and divestiture opportunities ranging from small mineral interests to large-operated packages across the Lower 48. In addition to A&D, the Petro-Hunt team supports ongoing field development, production optimization, reserves booking, and technical studies that guide capital allocation decisions. Since joining Petro-Hunt in 2017, Derek’s work has primarily focused on the company’s assets in the Williston Basin, where Petro-Hunt and related entities have been active since the 1950s and played a key role in the inception of the Bakken and Three Forks play in North Dakota. He is also engaged in research and development, identifying and generating profitable solutions, adapting existing solutions to new challenges, and screening ideas for practical application and knowledge transfer. Derek holds a degree in Petroleum Engineering from Louisiana State University and a graduate degree in Statistics from Texas A&M University. He is a licensed Professional Engineer in the State of Texas.

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MUG/SPE/AADE Cornhole Tournament

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SPE OKC January 2026 Luncheon - "Unlocking Production Potential Through Rate Transient Analysis"

Come and join your Oil & Gas Industry colleagues for networking and a discussion on "Unlocking Production Potential Through Rate Transient Analysis" presented by the President & Co-Founder of Saga Wisdom, John M. Thompson!

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Ten Secrets of Production Optimization Using Artificial Intelligence (AI)

Don’t miss this SPE Distinguished Lecturer! Ten Secrets of Production Optimization Using Artificial Intelligence (AI) Sandy Williams ChampionX 📅Thursday, January 22, 2026 🕛 12:00 p.m 📍Big Gym at the Collaborative Energy Complex (CEC) 2844 Campus Rd, Grand Forks, ND 58202 Lunch Sponsored by Williston Basin Section Biography Alexander “Sandy” Williams has worked in the petroleum industry for 34 years. He founded Artificial Lift Performance Ltd. (ALP), which is now a part of ChampionX. ALP developed a software application to help operators monitor, analyze, and optimize wells using artificial lift. This software has empowered engineers to make decisions quickly to maximize production of more than 6,000 wells. Sandy began his career at Amoco, then worked at Phoenix Schlumberger Artificial Lift before becoming a consultant focused on artificial lift and production optimization. He has worked and lived in the USA, Oman, Venezuela, Ecuador, and Colombia, so he is fluent in Spanish. He has taught over 200 courses related to production optimization and artificial lift and has authored 15 technical papers on those subjects.

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Deep geothermal exploration in Singapore

Abstract Singapore’s first deep geothermal exploration campaign confirms the presence of a high-gradient, non-volcanic geothermal resource (40–44 °C/km), with temperatures exceeding 120 °C at depths below 2 km and projected to exceed 230 °C at 4–5 km. Techno-economic and life-cycle analyses indicate that next-generation Enhanced and Advanced Geothermal Systems (EGS/AGS) can deliver competitive baseload power and large-scale district cooling, achieving up to 61% cooling cost reduction and lifecycle emissions comparable to solar PV. These results position geothermal as a strategic, indigenous energy solution for Singapore’s net-zero transition, particularly for data centres and dense urban infrastructure. Bio – Prof. Alessandro Romagnoli Professor Alessandro Romagnoli is an energy systems engineer and technology leader at Nanyang Technological University, where he leads Singapore’s geothermal R&D from deep-subsurface exploration to pilot-scale power and cooling applications. He directed the nation’s first deep geothermal drilling campaign and develops integrated EGS/AGS, ORC, and geothermal cooling systems for urban microgrids and data-centre infrastructure. His work focuses on translating deep-tech innovation into deployable, low-carbon energy solutions for cities. Use the following QR code to complete registration with payment (35 SGD for SPE member; 50SGD for non-SPE member)

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Source Control & Containment Systems for Use in the GoA

DELTA SECTION JANUARY 2026 MEETING WHAT: “Source Control & Containment Systems for Use in the GoA” WHO: Craig Castille, Managing Director and Steve Scanio, Technical Director with HWCG WHEN: Thursday, January 29, 2026, meeting 11am networking & lunch; 11:30am presentation. WHERE: It will be held on the Northshore at Expert E&P’s Madisonville office on 101 Ashland Way, Madisonville, LA 70447, second floor (elevator available) HOW: in person at Expert's office or via TEAMS COST: Light lunch is free Please RSVP either Mary O'Neill at cyberbrat@msn.com or Kevin Landry at klandry@expertep.com . Please indicate whether you will attend in person or via TEAMS link. Parking Regarding Expert parking, use the parking lot on the west side of the building and if full, park along Ashland Way. There is no cost for parking. Abstract HWCG, LLC is a member-managed Source Control and Containment Consortium established in 2010 in response to regulations introduced after the Macondo blowout. These regulations require deepwater operators drilling with subsea BOPs or from floating facilities with surface BOPs to maintain the capability to rapidly shut in a blowout. When shut-in pressures exceed well integrity limits, operators must be prepared to deploy flow and capture systems to contain hydrocarbons and minimize environmental impact until a relief well is completed. In this presentation, HWCG will provide an overview of its response model and the source control and containment equipment it owns or maintains under contract to support regulatory compliance with 30 CFR 250.462. Capabilities span HTHP operations, shallow water environments, and wells drilled from floating facilities. The presentation will be delivered by Craig T. Castille, Managing Director, and Steve Scanio, Technical Director, of HWCG. Biography CRAIG T. CASTILLE, MANAGING DIRECTOR; Craig T. Castille is the Managing Director of HWCG LLC. He has over 30 years of experience in offshore rig operations involving drilling, completions, well testing and abandonments on platform rigs, jack ups and floaters. Having gained both international and diverse experience since graduating in petroleum engineering from the University of Louisiana in 1985, Craig's experience includes; Oil & Gas Exploration, Exploitation and Development, Subsea Operations, Offshore Mining, Logistics & Construction at a Copper & Gold Mine and participation in industry advocacy groups such as the American Petroleum Institute (API), Offshore Operators Committee (OOC) and American Association of Drilling Engineers (AADE). Craig concluded his over 7-year tenure at Stone Energy having successfully worked on the API Joint Industry Task Force (JITF) post Macondo, helped create Stone's SEMS Program, drilled and completed 6 deepwater wells, project managed re-engineering on the Completion, Workover & Riser System (CWOR) for the Pompano Phase II Wells, participated in two unannounced containment drills as the Source Control Section Chief (SCSC) and helped design, plan and implement two announced containment drills. STEVE SCANIO, TECHNICAL DIRECTOR; Steve Scanio is HWCG's Technical Director and is responsible for ensuring that all response equipment owned by HWCG, and its response providers is ready to mobilize and function as intended. Steve has had a diverse 32-year career in the offshore oil and gas industry. His career began with the American Bureau of Shipping working in the offshore engineering department evaluating Stability and Safety aspects of MODUs. He continued his career at Technip working on various Spar and MODU projects focusing on hull and marine system regulatory compliance, design, installation and commissioning. He then joined Helix Energy Solutions to develop a regulatory compliance scheme for the Helix Producer 1 (HP1) FPU, which was the first of its kind in the GoM. Steve served on the HP1 project from design through first oil and continued his involvement as Marine Manager focusing on vessel operations. During the Deepwater Horizon incident in 2010, Steve contributed to Helix Energy Solutions’ response efforts and was involved in the development of Helix’s spill response solution leading up to the formation of HWCG. He worked closely with HWCG for 13 years as Director of the Helix Deepwater Containment System, managing the interfaces between HWCG-owned equipment and the suite of response-related equipment offered by Helix. Steve also has his P.E. Certification.

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Persistent Bias in Probabilistic Production Forecasting and Simple Methods to Overcome It

The Distinguished Lecturer program brings world-class expertise to the global energy community, inspiring innovation and knowledge sharing. Through engaging presentations and thought leadership, it empowers engineers, scientists, and energy professionals to advance technical excellence in oil, gas, and related resources—driving progress toward a safe, secure, and sustainable energy future. Featured Speaker Reidar Bratvold is a Professor of Investment and Decision Analysis at the University of Stavanger, specialising in decision analysis, data analytics, and the behavioural challenges of decision-making. After 15 years in technical and leadership roles within the industry, Reidar transitioned to academia, where he has made significant contributions to his field. He is the co-author of Making Good Decisions , has served as an SPE Distinguished Lecturer, and was honoured with the 2017 SPE Management & Information Award. Reidar is a Fellow of both the Society of Decision Professionals and the Norwegian Academy of Technological Sciences. He earned his Ph.D. in Engineering and an M.Sc. in Mathematics from Stanford University. Abstract I would like the members to take away one key idea: Unbiased probabilistic production forecasts are a crucial component in making value-creating investment decisions , but typical methods result in persistent, value-destroying biases. There are quick and easy ways to make accurate, unbiased forecasts. Increased awareness of uncertainty, combined with increasingly sophisticated tools and models for quantifying it, is causing a shift from deterministic to probabilistic production forecasting. For these forecasts to lead to better investment decisions (e.g. assessing how much it’s worth paying to reduce uncertainty, or incorporating flexibility to manage it), they need to be an accurate (unbiased) representation of the uncertainty. However, our industry has a general history of overconfidence (ranges too narrow) and, more damaging for value creation, optimism (consistent over-estimation). A large dataset of historical probabilistic production forecasts was investigated for potential bias by comparing them with actual outcomes. They were found to be both optimistic and overconfident, bringing into question their usefulness for decision-making and the value of the sophisticated uncertainty modelling techniques that were used to generate them. Fortunately, there are quick and easy methods for creating accurate probabilistic forecasts. We describe these and show that they would have produced accurate forecasts for our case study fields (they do not make use of knowing the actual outcomes!). Finally, preliminary results from a similar analysis of renewables projects indicate that the same problems exist. This could significantly impact government and company investment decisions and policy development in renewable projects. Event Details 📅 Date: Thursday, 5 February 2026 🕒 Time: 12:00 PM – 2:00 PM 📍 Location: Club York, Level 2, 95–99 York St, Sydney NSW 2000 Registration Deadlines: Early Bird: Closes Friday 23 January 2026 Final Registration: Closes Friday 30 January 2026

2026 Distinguished Lecturer - Carbon Storage Risks and Costs: Busting Perceptions and Myths

Abstract Carbon Capture and Storage (CCS) has historically faced challenges in achieving commercial-scale success across various regions globally. The conversation often circles back to pervasive beliefs regarding CCS, namely the assertion that it is excessively risky and costly. This presentation highlights a range of successful global CCS projects and the diverse business strategies they employ, some of which operate independently of governmental subsidies or carbon pricing. The adequate and proportionate understanding of the role of Geological CO2 Storage Regulations and Technical Standards is highlighted, as they are frequently perceived as the primary enablers of the CCS industry. This lecture will explore the crucial importance of selecting suitable geological sites for CO2 storage. It will also address operational challenges in managing fluids with unique thermodynamic properties and examine how existing legacy wells, whether repurposed or not, can affect the risk and cost aspects of CO2 storage projects. Adequate site selection, operational considerations and the impact of legacy wells are essential aspects associated with successful implementation of CCS at scale. Furthermore, the discussion concludes with reflections on Value generation beyond direct economic revenue, highlighting scalability and maturation time as key performance indicators for CO2 storage projects. Biography With two decades of energy sector experience, Diego has worked on diverse projects, from hydrocarbon exploration to carbon capture and storage (CCS) and sustainable energy solutions. Diego's portfolio includes significant involvement in prominent commercial CCS projects like Northern Lights (Norway), Aramis and Porthos (Netherlands), Endurance (UK), Gorgon (Australia), Prinos (Greece), Lang-Lebah (Malaysia), and Arthit (Thailand). Diego specializes in translating CO2 storage regulations into detailed operational plans. He holds the role of Principal Advisor and CCS Practice Lead for the Eastern Hemisphere at Halliburton and is an advisory board member for a New York-listed startup focused on optimizing CC(U)S costs.

2025-2026 1st Distinguished Lecturer Program

Carbon Storage Risks and Costs: Busting Perceptions & Myths Diego Vazquez Anzola Abstract: To Be Announced Biography: To Be Announced Registration: To Be Announced

A Framework Delivers Multiparty Technologies Enhancing Drilling Operations Control

Further details to follow, registration will be activated in January 2026 Distinguished Lecturer : Matthew Isbell (Hess Corporation) A Framework Delivers Multiparty Technologies Enhancing Drilling Operations Control Abstract: Implementing a well construction automation system needs a value progression showing how all stakeholders will benefit. Drilling operation process automation examples can illustrate the concepts at play. The presentation’s main idea is how technology and processes must be deployed at scale to realize benefits in the well lifecycle for everyone. The value of well construction comes from hydrocarbons produced over a well’s lifecycle in a safe and economical manner. By definition, the design and delivery of a well have built-in production impacts. Other production impacts can come from well execution processes determining well properties. Examples are wellbore placement and hole quality, which can limit well functionality and constrain the range of subsequent wellbore operations. New systems seek to integrate groups of well delivery processes. One example is automating the process of drilling a 90’ stand of drill pipe which can then be repeated as new stands are added to deliver a well. This work aimed to improve operational efficiency by reducing process variation. However, since the wellbore quality delivered with each stand impacts well value, automation is a viable tool to manage lifecycle wellbore quality requirements. Adopting an interconnected well construction system approach is slow since so much change is required by every stakeholder, including organization, processes, and technology. Parties want to see the economic benefits before moving from departmental delivery goals toward managing the well construction value stream. This collaborative process can be applied to multiple areas where many independent stakeholders work together Biography: Matt Isbell is a Senior Drilling Engineering Advisor with the Wells Team at Hess Corporation. He is a drilling system subject matter expert with worldwide experience. His current focus connects well construction roles with tools and processes to leverage digital drilling data and engineering to improve outcomes. He received a BSME in 1988 from The University of Texas at Austin. He serves on the SPE Forum Implementation Committee and chairs the IADC Drilling Engineering Committee and SPE Drilling and Wells Interoperability Group Advisory Board.

Society of Petroleum Engineers for Alaska E-Week Casino Night

Get ready to roll the dice and join Society of Petroleum Engineers for Alaska E-Week Casino Night at the Main Event Club Room, 1041 E 76th Ave, Anchorage! Enjoy an evening packed with excitement featuring classic casino games like Blackjack, Texas Hold’em, 3-Card Poker, Roulette, and Craps, plus prizes for 1st–3rd place winners. Savor a delicious dinner with Braised Beef in Red Wine Demi-Glaze, Herb Roasted Grilled Chicken, Garlic Mashed Potatoes, a fresh Garden Salad with Ranch and Sweet Italian Vinaigrette, Garlic Knots, and assorted dessert bites. A cash bar will be available, so bring your game face and appetite for an unforgettable night of food, fun, and fortune! At Casino Night, everyone starts with a set amount of play chips to enjoy games like Blackjack, Texas Hold’em, 3-card, Roulette, and Craps—no real money involved. Throughout the evening, players use their chips to play for fun and try to build their totals. At the end of the night, chips are counted, and the top three players with the highest totals win prizes for 1st, 2nd, and 3rd place. It’s all about strategy, luck, and having a great time! Date & Location: February 12, 2026 6-10 pm 1041 E 76th Ave, Anchorage, AK 99518 What’s on the Table? · Casino Games: Blackjack • Texas Hold’em • 3-Card Poker • Roulette • Craps · Prizes for 1st–3rd Place Winners! · Cash Bar Available · Dinner · Business casual · No kids

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SPE OKC February Luncheon -

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SPE Thailand Monthly Technical Meeting - Feburary 2026

Injection-Induced Seismic Events

February 24, 2026 , Tuesday, Dr. John Griffin , Associate Professor, Nicholls State University, will speak on “Injection-Induced Seismic Events.” Lunchtime meeting.

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Moving Beyond Drill and Drain – Recent Progress in EOR for Tight Oil: A summary and update of two re

Please join SPE Alaska and Gordon Pospisil for a SPE luncheon on Feb 25 th on his presentation “Moving Beyond Drill and Drain – Recent Progress in EOR for Tight Oil”. Event: SPE Alaska luncheon : Title: “Moving Beyond Drill and Drain – Recent Progress in EOR for Tight Oil”: A summary and update of two recent SPE papers on Co-Injection of Surfactant and Gas in Unconventional Reservoirs SPE-218143 SPE-3722974 When 11:30-1:00 on Wednesday February 25 th Presenter: Gordon Pospisil Cost: $25 Where: Anchorage, AK - Exact location TBD Gordon has over 40 years experience in the oil industry in the Rockies, Alaska, Texas, Canada, Argentina, and Russia with Liberty Resources, BP Exploration, Atlantic Richfield, and Touche Ross & Co (now Deloitte LLP). His extensive exploration and production experience spans from prospect evaluation and field development, to designing and executing well stimulation and enhanced oil recovery programs. His financial experience ranges from reserves assessment through financial reporting, budgeting and economic evaluation. He holds degrees including a Master of Science in Petroleum Engineering from the University of Texas at Austin and a BBA in Accounting from St. Mary’s University in San Antonio. He is a registered professional petroleum engineer.

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2026 OKC SPE Mardi Gras Gala

It’s almost time for the best event of the year – the OKC SPE Mardi Gras Gala ! Get ready for an unforgettable evening filled with vibrant entertainment, delicious food, and incredible opportunities to connect with industry peers. Don’t miss your chance to be part of the excitement—whether through sponsorship, auction donations, or joining us for the celebration. Every contribution makes a difference and supports the Willow Springs Boys Ranch (WSBR) in a meaningful way! Event Details: Date: Saturday, February 28th, 2026 Time: Doors open at 4:30 PM with the event wrapping up at 11:00 PM Location: Vast, Devon Tower, Oklahoma City, OK (50th floor) Dress Code: Black tie with Mardi Gras-themed attire encouraged Prepare for a night filled with delightful drinks, delicious dinner, and the chance to participate in exciting live and silent auctions. Enjoy casino tables, raffle games, and our very own wine/liquor punch board, all while celebrating a good cause! Join us in showcasing your festive spirit, as awards will be given for the best Mardi Gras theme, dressed attendees! Last year, with your generous support, we raised an incredible $50,000 for the Willow Springs Boys Ranch. This year, we aim to surpass that goal and make an even greater impact in the lives of the children and families we serve. Check out the link below for ways to get involved, and for more details! https://my.onecause.com/event/organizations/f73eeb8c-cb46-4c8b-bc5e-d2b195619b0a/events/vevt:33be456f-a85d-4296-ada6-35f96804384e/home/story If you’re unable to sponsor the event, we’d love your support through raffle or silent auction donations ! Our silent auction always features incredible items, experiences, and trips that showcase the generosity of OKC SPE sponsors. Remember, all donated items are tax-deductible since SPE is a nonprofit organization. Plus, every dollar raised from the silent and live auction goes directly to WSBR. To learn more about WSBR, click the following link: WILLOW SPRINGS BOYS RANCH Please do not hesitate to reach out if you have any questions! Let’s make this Mardi Gras Gala the best one yet! 🎭 ✨

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SPE DL Presentation - CO2 Sequestration: A Practical Insights for Decarbonization Success

CO2 Sequestration: A Practical Insights for Decarbonization Success Dr. Ahmad Khanifar PETRONAS Abstract The urgent need to address climate change has driven a global effort to reduce CO2 emissions, with CCS emerging for achieving decarbonization goals. This lecture provides an overview of decarbonization, emphasizing practical insights from case studies. It begins with an introduction to the fundamentals of CCS and the science behind CO2 sequestration. Key success factors for CCS projects are identified, along with the challenges encountered during implementation. The presentation distinguishes between Field Development Plans and Storage Development Plans, both essential for effective project planning and execution. Through a series of CCS case studies, the lecture explores crucial aspects such as storage containment, capacity, geomechanics, geochemistry, infrastructure integrity, and the repurposing of existing structures. It also delves into the critical components of MMV to ensure the efficacy and safety of CO2 sequestration efforts. Real-world examples and outcomes from these case studies provide valuable lessons and best practices. Key takeaways emphasize the necessity of a thorough understanding of both subsurface and surface environments, supported by skilled and experienced resources for effective CO2 sequestration. Long-term security and storage site conformance remain significant uncertainties that can be mitigated through comprehensive geomechanics studies. A site-specific MMV plan is crucial for the economic viability and success of CCS projects. Additionally, integrating advanced technologies is vital for developing techno-commercial CCS solutions. In conclusion, this presentation synthesizes these insights to guide future CCS projects, highlighting the importance of a deep understanding of both technical and practical aspects of CO2 sequestration for successful decarbonization efforts. Biography Dr. Ahmad Khanifar is the subsurface Manager within PETRONAS's Carbon Management Division, where he leads the development of storage strategies for regional CCS hubs across Malaysia. With over 23 years of experience in the oil and gas industry, Dr. Khanifar is a Staff Reservoir Engineer known for his expertise in reservoir modeling, numerical simulation, and IOR/EOR studies. His current focus is on advancing decarbonization projects, where he plays a critical role in addressing complex challenges through integrated field and storage development plans. An active contributor to the field, Dr. Khanifar shares his insights through publications and presentations at international SPE conferences.

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SPE OKC Chicken & Pickle Social Event

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SPE Delta Golf Tournament

March 6, 2026, Friday, SPE Delta Golf Tournament at Carter Plantation, Springfield, LA. Matt Wandstrat is coordinating. For more golf information contact Matt.Wandstrat@gmail.com.

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SPE OKC March Luncheon - Topic TBD

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Distinguished Lecturer: Carbon Capture Wells - The Same, but Different

Talk title: Carbon Capture Wells: The Same, but Different Presenter : Michael Byrne from Elemental Energies Time: Wednesday, Mar 25, 2026, from 11:00 am to 12:00 pm. A light lunch will be served after the talk. Location: Schlumberger Doll Research, One Hampshire Street, Cambridge, MA 02139, United States Abstract: This lecture will introduce carbon capture wells and highlight some of the unique challenges faced with constructing these wells. The similarities with conventional oil, gas and water wells will be explored and the differences will be explained. The lecture will touch on well integrity, injectivity challenges, chemical processes and some innovative modelling and testing approaches that can help in the design of CO2 injection wells. The differences between different CO2 store types will be explained and the different challenges faced in saline aquifer and depleted hydrocarbon stores explored. The lecture will explain how conventional oil and gas well design can transition to CO2 injection well design and the key role well engineers, production technologists, production chemists and near wellbore flow specialists need to play as part of a multidisciplinary approach to achieving CO2 injection well objectives. A key take away from the lecture will be that many of the existing oil and gas well design and construction skills are required for CO2 injection wells, but there are additional challenges to consider, challenges that we as an industry are well equipped to overcome. Biography : Michael is an experienced industry professional and leader with over 35 years' experience. A graduate of University College Dublin, Michael served on the API committee which developed procedures for return permeability testing. He has authored many technical publications on formation damage and numerical well modelling having developed procedures for modelling flow in wells and reservoirs using computational fluid dynamics. Michael served as an SPE distinguished lecturer in 2009-2010 and again in 2014-2015 and has presented technical papers and training courses globally. More recently Michael has worked in CO2 storage and has contributed to well design in several CO2 stores. TCC Restriction: This presentation should not contain any material related to US Embargoed Countries or US Sanctions to Russia or any other country. Still, if anyone is inadvertently connected and is working with a project or people related to these groups, we ask you to not participate in this event. Click the "RSVP" button below to register.

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Pints and Posters

*** *** SPE Singapore 50th Anniversary Gala Dinner *** ***

Dear SPE Members, We are excited to invite you to a landmark celebration: the 50 th Anniversary of the SPE Singapore Section Gala Dinner , commemorating five decades of technical excellence, community building, and industry leadership. Event Details Date: Monday, 6th of April , 18:00 – 21:00 Venue: Singapore Flyer Location: 30 Raffles Ave., #02-01, Singapore 039803 (below the Singapore Flyer) Program Highlights: Keynotes from the SPE International President, leaders of major upstream IOC, government representative, and academic expert Local Section Awards Networking gala dinner with industry peers and partners Quiz & prizes Entry Fees Ticket Type Early Bird (by 31 Oct) Standard (by 12 Nov) Members $50 $75 Non-Members $125 $150 Students Members $35 $50 get your SPE membership here . Note: SPE Singapore is working hard on supporting our members and the industry with knowledge sharing opportunities. Most organisations will allow employees to expense their entry fees to our events. If can, we ask you to consider paying the undiscounted entry fee. This will help us continue serving you. Sponsorship Opportunities We welcome corporate sponsors to support this milestone event and gain visibility across our vibrant community. As we print posters and goodies ahead of the Gala Dinner, this is the best time to confirm your sponsorship and be recognised on our promotional material and during the event. Let’s celebrate this milestone together and shape the future of energy in Singapore. How to register: 3 ways: 1. Pay by Paynow using the UEN: S75SS0049A or the QR code below. 2. Bank details: Account Name: S'PORE SECTION SOC PETROLEUM ENGINEERS Account No: 006-012393-7. 3. Using the Eventbrite platform . Remember to indicate your name in the reference. Send us an email with your name, membership number and company to get the receipt. Note that most companies will accept to expense your ticket to SPE events as it is part of your continuous education.

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Student Technical Congress 2026

Save the date for Student Technical Congress (STC) 2026 including SPE Europe Regional PetroBowl Competition and STC Paper & Poster contest Further details to follow, registration will be activated soon

Distinguished Lecturer: Mission Possible - High Temperature Sensors and Electronics for Geothermal

Talk title: Mission Possible: High Temperature Sensors and Electronics for Geothermal Drilling and Measurement Presenter : John Clegg from Hephae Energy Technology Time: Wednesday, Apr 08, 2026, from 11:00 am to 12:00 pm. A light lunch will be served after the talk. Location: Schlumberger Doll Research, One Hampshire Street, Cambridge, MA 02139, United States Abstract: It's not impossible to make the sensors and electronics required for accurate directional drilling work above 200°C. It's difficult for sure, but it has been shown to be very possible and this presentation will explain how it can be done. This topic has become important because a new generation of geothermal wells require very accurate well placement and directional drilling. The economics of higher reservoir temperatures are compelling, and operators will want to drill deeper and hotter wells. Oil and gas technologies are directly transferable to geothermal and can result in the same reduction in drilling costs as seen in the unconventional shale boom in the United States over the last 15 years. Unfortunately, oil and gas technology is generally limited to a temperature capability of about 175°C. This is unlikely to be enough to satisfy the demand of geothermal operators for higher temperatures and is also not enough to make any significant impact on the accurate drilling of hydrothermal wells. This presentation will show how the unconventional geothermal industry is likely to grow over the coming decades and will make a compelling case for drilling deeper and hotter wells. It will describe how the industry has explored the potential for high temperature drilling equipment and what lessons have been learned. It will show some realistic options that the industry has for making reliable electronics and sensors in the deeper, hotter wells of the future a reality. Biography : Over 38 years John Clegg has worked in engineering and operations roles with upstream technologies including drill bits, drilling motors, rotary steerable tools, measurement-while-drilling, and logging-while-drilling. He holds a Master's in Engineering Science and a Diploma in Global Business, both from Oxford University, England. He has 14 patents, has authored multiple papers, and has served on Programme Committees and Technical Section Boards for SPE. He is a past SPE Distinguished Lecturer (2020-2021). John helped to found the SPE Geothermal Technical Section and is currently CTO of Hephae Energy Technology, a company founded to develop solutions for drilling high temperature wells. TCC Restriction: This presentation should not contain any material related to US Embargoed Countries or US Sanctions to Russia or any other country. Still, if anyone is inadvertently connected and is working with a project or people related to these groups, we ask you to not participate in this event. Click the "RSVP" button below to register.

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SPE OKC April Luncheon - "Tracking the Complex Fracture System by Fiber Optic Monitoring in Naturall

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Drilling for White Hydrogen: Global Prospects and Emerging Frontiers

Abstract: White hydrogen—naturally occurring geologic hydrogen—is gaining momentum as a clean energy source. Recent discoveries in Albania, France, Mali, and the U.S. underscore its global potential. This presentation explores subsurface mechanisms, drilling strategies, and key geologic formations hosting hydrogen reserves. Special focus is given to tectonic settings, ultramafic rock zones, and rift basins favorable for hydrogen generation. The talk highlights emerging exploration efforts, regulatory frameworks, and the role of hydrogen in national energy strategies. Biography: Bez is Vice President of Energy Security in Government Contracts for CyberWorX Energy, focused on national security intelligence and strategic consulting for implementing energy technology. Bez has 15 years of experience in the energy sector – from hydrocarbons to renewables. Previously, Bez has worked as a consultant, energy technologist, and strategist for market research firms, service companies, and oil/gas operators. Additionally, Bez has experience as a Sr. Researcher in academia (over 50 publications, 4 patents, 1 book). Bez is active in SPE as a committee member for ATCE and ADIPEC. Bez has a master’s degree in petroleum engineering and a PhD Candidate in Management in Energy Sustainability.

SPE DL Presentation - NEVER WASTE A CRISIS Aliso Canyon Blowout & Recovery - On Monday!

Date:4th May 2026 Time: 1800 (Presentations start 1830) Place: Victoria Hotel Menu:TBA The presentation is free of charge and open to everyone. Registration is only required for the following dinner. Cancellations must be made before the registration deadline and are subject to a small fee. NEVER WASTE A CRISIS Aliso Canyon Blowout & Recovery Presented by: Alan J. Walker Energy & Geoscience Institute University of Utah Abstract On October 23, 2015, the largest methane leak from a natural gas storage facility in U.S. history was discovered by Southern California Gas Company (SoCal Gas) at the SS-25 well in its Aliso Canyon Storage Facility near Los Angeles. The blowout continued for 111 days, resulting in the well being permanently plugged and abandoned after emitting approximately 5 Bcf of natural gas and extracting the failed casing to approximately 890 feet subsurface. This failure prompted lengthy reports by the U.S. Department of Energy (DOE) and the Department of Transportation (DOT), as well as Root Cause Analyses by Blade Energy and California state agencies. Alan Walker was in his first week as a Supervising Petroleum Engineer of the Californian Division of Oil, Gas, and Geothermal Resources (DOGGR) when the leak was discovered. He was selected to be DOGGR’s emergency response technical lead, providing regulatory oversight for seven kill attempts, relief well drilling, the Control-Cement-Confirm operation, requirements to return the facility to service, and the development of storage operations regulations. In this talk, Alan will provide a frank discussion of the blowout and the five-year effort to improve the integrity of underground storage. The insights shared will be applicable for repurposing and retrofitting projects globally. Alan will motivate the audience to develop a safety culture that includes Management of Change, Root Cause Analysis, and the principle to “Never Waste a Crisis.” Biography Alan Walker is an Engineering Advisor at the Energy & Geoscience Institute (EGI), University of Utah. He counsels staff supporting geothermal, hydrocarbon, and carbon research. Alan’s career spans forty years in exploration and production (E&P) engineering, regulatory affairs, and natural gas supply and storage throughout western North America. Alan served nine years in the U.S. Army and is a retired Army Reserve Special Forces colonel with over thirty years of service. He has completed three combat tours in Afghanistan, the Philippines, and Iraq. Alan holds a B.S. in Military Engineering from West Point, an MBA from Rensselaer, and an M.S. in Petroleum Engineering from the University of Utah.

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Randy Seright, Polymer Flooding Reinvigorated! Why is Polymer Flooding Taking Off?

Mon May 18, 2026: Randy Seright, Polymer Flooding Reinvigorated! Why is Polymer Flooding Taking Off? SPE Distinguished Lecturer series.

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Workshop SPE Brasil de Campos Maduros Offshore (2026)

Workshop de Campos Maduros Offshore More information

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SPE OKC May Luncheon - TBD

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2025-2026 2nd Distinguished Lecturer Program

When “Geo” meets “Mechanics Gang Han Abstract: To Be Announced Biography: To Be Announced Registration: To Be Announced

2026 SPE OKC Chapter Golf Tournament @ Kickingbird Golf Course in Edmond, OK

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Carbon Storage Risks and Costs: Busting Perceptions & Myths

Further details to follow, registration will be activated in April 2026 Distinguished Lecturer : Diego Vazquez Anzola (Halliburton) Carbon Storage Risks and Costs: Busting Perceptions & Myths Abstract: Carbon Capture and Storage (CCS) has historically faced challenges in achieving commercial-scale success across various regions globally. The conversation often circles back to pervasive beliefs regarding CCS, namely the assertion that it is excessively risky and costly. This presentation highlights a range of successful global CCS projects and the diverse business strategies they employ, some of which operate independently of governmental subsidies or carbon pricing. The adequate and proportionate understanding of the role of Geological CO2 Storage Regulations and Technical Standards is highlighted, as they are frequently perceived as the primary enablers of the CCS industry. This lecture will explore the crucial importance of selecting suitable geological sites for CO2 storage. It will also address operational challenges in managing fluids with unique thermodynamic properties and examine how existing legacy wells, whether repurposed or not, can affect the risk and cost aspects of CO2 storage projects. Adequate site selection, operational considerations and the impact of legacy wells are essential aspects associated with successful implementation of CCS at scale. Furthermore, the discussion concludes with reflections on Value generation beyond direct economic revenue, highlighting scalability and maturation time as key performance indicators for CO2 storage projects. Biography: With two decades of energy sector experience, Diego has worked on diverse projects, from hydrocarbon exploration to carbon capture and storage (CCS) and sustainable energy solutions. Diego's portfolio includes significant involvement in prominent commercial CCS projects like Northern Lights (Norway), Aramis and Porthos (Netherlands), Endurance (UK), Gorgon (Australia), Prinos (Greece), Lang-Lebah (Malaysia), and Arthit (Thailand). Diego specializes in translating CO2 storage regulations into detailed operational plans. He holds the role of Principal Advisor and CCS Practice Lead for the Eastern Hemisphere at Halliburton and is an advisory board member for a New York-listed startup focused on optimizing CC(U)S costs.

DecomBR - SPE Brazil Decommissioning Symposium (2026)

DecomBR – SPE Brazil Decomissioning Symposium More Information

6th Annual Clay Shoot

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V WSOP-Workshop de Segurança Operacional de Poços (2026)

O propósito desse evento é lançar luz sobre os desafios associados a nossos paradigmas, com maior ênfase nas áreas de Fatores Humanos, Riscos e Barreiras de Segurança, Reguladores e Operadoras, Sustentabilidade e Inovação. https://wsop.spemacae.org More information

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Annual Golf Outing

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Annual Deepwater Technical Symposium

August 25-26, 2026, Annual Deepwater Technical Symposium, Hilton Riverside Hotel, Two Poydras Street, New Orleans, LA 70130. See website deepwaternola.org .

Endorsed Event: World Offshore Week

Join the Offshore Oil, Energy & Marine Community at World Offshore Week 20,000+ Industry Leaders within the Global Oil & Gas community for connecting, learning, and shaping the future of the industry. 2,500+ On-Floor Attendees with every 1 in 5 attendees holding senior level job profiles 300+ Delegates attending the premium FPSO World Congress, the World's leading & longest platform for FPSO Innovation and Leadership 20,000+ Qualified Exhibitors dedicated in showcasing top-notch innovative solutions 42+ Countries represented at the event spanning across the globe

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